ERO-TEX BINDER by Lesley Duer

Product Guide

1. NORTH AMERICAN GREEN . CENTRAL FIBER . BIOENGINEERING

Erosion Control Blankets . Turf Reinforcement Mats . Biodegradable Erosion Mats . Profile . Hydromulch . Coirlog . Coir Geotextiles

2. LINQ . MIRAFI . DuPONT . STRATAGRID . TENAX . JDR

Geotextiles . Woven . Non-Woven . Spunbonded . Geogrids . Drainage

3. PRESTO PRODUCTS

Geoweb . Porous Pavement Systems . Filter Pave .

4. TRIANGULAR SILT DIKE . GEORIDGE . EROSION EEL . SEDIMENT STOP . STRAW WATTLES . APPLIED POLYMER SYSTEMS . CATCH-ALL . DANDY PRODUCTS . FILTER BAGS Silt Fence . Sediment Control Devices . Polymers . Inlet Protection Products . Dewatering

5. MACCAFERRI . SUBMAR . MANTA RAYS . DUCKBILLS . AQUABARRIER

Gabions . Terra Mesh . Reno Mattresses . Articulated Concrete Block . Earth Anchors . Portable Stabilized Construction Entrance . Water Inflatable Dams

6. BURCHLAND MANUFACTURING XTS ROLLER . NORTH AMERICAN GREEN RAPID ROLLER . NSBB Static Sliced Silt Fence Installer . Erosion Blanket Installer . Nutrient Separating Baffle Box - Stormwater Pretreatment System

Warehouse Locations: Itasca IL . Morton IL . Menomonee Falls WI . Nekoosa WI . Kaukauna WI ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

Services Offered

FABRIC SEWING FABRIC CUTTING SCREEN PRINT ON SILT FENCE JOBSITE DELIVERY ON SITE SUPPORT CPESC (Certified Professional in Erosion and Sediment Control) MULTIPLE WAREHOUSE LOCATIONS GROUND CONTROL CONFERENCE BROWN BAG SEMINARS (PDH’S) TECHNICAL CUSTOMER SUPPORT INSTALLATION EQUIPMENT DESIGN ASSISTANCE WEB SITE LEED SOLUTIONS (Leadership in Environmental & Energy Design) DOT APPROVED PRODUCTS GREEN ROOF PRODUCTS NEW PRODUCT RESEARCH AND DESIGN LINER INSTALLATION

Warehouse Locations: Itasca IL . Morton IL . Menomonee Falls WI . Nekoosa WI . Kaukauna WI

ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

erosion control P

R O

U A

solutions

North American Green E RO S I O N C O N T RO L P RO D U C T S â&#x20AC;&#x201C; G UA R A N T E E D S O L U T I O N S

North American Green was founded in 1985 and has become the leading manufacturer of rolled erosion control products in the world with more than 175 Erosion Control Specialists in over 100 distributor locations across the globe. Our complete line of extensively-tested products includes short-term, extended-term, long-term photodegradable, and 100% biodegradable erosion control blankets, as well as permanent turf reinforcement mats. Our products successfully control soil erosion and assist with vegetation establishment and reinforcement on projects ranging from channels with high levels of water flow to manicured residential lawns and golf courses.

company profile

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YOUR SUCCESS IS THE KEY TO OURS We believe that no other company produces erosion control products that match our quality. We also believe that no company in any industry matches the exceptional quality of our customer service. North American Green was the first rolled erosion control product manufacturer to offer a product performance guarantee, and our new Ultimate Assurance Guarantee is the strongest in the industry. Additionally, we pledge to provide you with the very best possible erosion control design tools and technical support. We know that your success is the key to ours.

We have achieved success in such a wide variety of applications by offering excellent product flexibility and performance, by our ability to consistently supply product through our outstanding distributor network, and by providing unmatched technical support and customer service. Itâ&#x20AC;&#x2122;s easy to see why government agencies, civil engineers, landscape architects, and contractors have trusted North American Green and our specialized distributors to provide guaranteed solutions for the past 20 years.

erosion control specialists I M P O R TA N C E O F C O N T R O L L I N G E R O S I O N

Billions of dollars are spent each year reconstructing slopes, dredging channels and rebuilding shorelines that have been severely degraded by rainfall, storm water runoff and sediment deposits. The impact of this damage can be devastating to our landscape, water sources and wildlife.

impor tance of controlling erosion

In addition, the United States Environmental Protection Agencyâ&#x20AC;&#x2122;s (EPA) National Pollutant Discharge Elimination System (NPDES) Phase II establishes strict federal soil erosion and sediment control regulations that affect 97.5% of all construction activity. Anyone in the U.S. who disturbs one acre or more of soil is required to file a Storm Water Pollution Prevention Plan (SWPPP) with appropriate local enforcement agencies or face stiff penalties, making the need to control erosion that much more tangible.

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Armed with the latest technological advancements and a complete line of rolled erosion control products recognized by the EPA as Best Management Practices, North American Greenâ&#x20AC;&#x2122;s Erosion Control Specialists can help designers, specifiers and installers prevent much of this destruction and save precious time and money.

North American Green Products R E C O G N I Z E D A S P RO B L E M S O LV E R S

Every site has unique characteristics – including topographic features, soil characteristics and climatic variances – that affect the rate and type of potential soil erosion. North American Green develops, produces and distributes 15 different high quality rolled erosion control products to meet the specific erosion control and/or vegetation establishment and reinforcement needs of nearly any application.

recognized as problem solvers

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EROSION CONTROL BLANKETS – TEMPORARY North American Green’s degradable erosion control blankets are designed to provide immediate erosion protection and vegetation establishment assistance, then degrade after the root and stem systems of the vegetation are mature enough to permanently stabilize the underlying soil. Short-term photodegradable erosion control blankets with a functional longevity from 45 days up to 12 months consist of an evenly distributed layer of 100% agricultural straw stitched with degradable thread to a single or double lightweight polypropylene netting structure. Our extended-term and long-term photodegradable erosion control blankets include a long-lasting coconut fiber component stitched with degradable thread into a heavyweight polypropylene netting structure for added longevity and durability for protection up to 36 months. In addition, North American Green has scientifically developed a series of shortterm, extended-term and long-term 100% biodegradable erosion and sediment control products to meet the ever-increasing demand for environmentallysensitive, wildlife-friendly products.

North American Green Products R E C O G N I Z E D A S P RO B L E M S O LV E R S

TURF REINFORCEMENT MATS – PERMANENT North American Green’s permanent turf reinforcement mats provide long-term erosion protection and vegetation establishment assistance while permanently reinforcing vegetation. All of our turf reinforcement mats are built around a permanent, non-degradable three-dimensional matting structure and consist of either 100% synthetic components or a combination of synthetic and natural materials.

recognized as problem solvers

North American Green’s turf reinforcement mats enable vegetation to be used in areas where the forces exerted by water and/or wind exceed the shear limits of unreinforced vegetation. Typical applications include high flow channels, streambanks, shorelines and other areas where rock riprap, articulated concrete blocks and poured concrete were once the only suitable alternatives for erosion protection.

NORTH AMERICAN GREEN PRODUCT ADVANTAGES North American Green rolled erosion control products offer the following significant advantages over bare-ground seeding, loose mulching, hydraulic mulching, or using rock riprap or concrete for protecting slopes, drainage channels, streambanks, and shorelines: • Mechanically bonded by stitching on 1.5-inch (3.81-cm) centers to retain mulch on the steepest of slopes and high-flow channels • Prevent loss of precious topsoil to wind and water erosion • Provide excellent conditions for quick, healthy vegetation growth • Provide long-term protection for dormant seeding during winter months • Stabilize slopes from erosion to protect roadways and keep them safe and clean • Protect water quality in lakes, rivers and streams • Permanently reinforce the root and stem structures of vegetation • Easily conform to landscape features • Lightweight for easy handling and transportation

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temporary erosion protection EROSION CONTROL BLANKETS – SHORT-TERM PHOTODEGRADABLE

North American Green’s short-term photodegradable erosion control blankets consist of an evenly distributed layer of 100% agricultural straw stitched to a single or double polypropylene netting structure with degradable thread. They are designed to provide erosion protection and assist with vegetation establishment for 45 days up to 12 months, depending on the type of product, in applications such as moderately sloping areas and low-flow channels where bareground seeding and loose mulches often fail. After the blankets degrade, soil erosion is controlled by the root, stem and leaf structures of the mature vegetation.

Typical Applications* short-term photodegradable erosion control blankets

4:1 – 3:1 Slopes

Low-Flow Channels Permissible Shear Stress: 1.55 lbs/ft2 (74 Pa)

S75® / DS75® SINGLE NET STRAW BLANKETS S75® and DS75® are constructed of 100% straw fiber stitched with degradable thread to a lightweight photodegradable polypropylene top net. S75 is designed to provide erosion protection and mulching on moderate slopes and low-flow channels in low maintenance areas for up to 12 months. Designed for high maintenance areas where close mowing will occur soon after installation, the DS75 degrades within 45 days because of special additives in the thread and top net that facilitate breakdown in sunlight. STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Length: 108 ft (32.92 m)

Approx. Weight: 40 lbs (18.14 kg)

(other width options available)

Typical Applications*

3:1 – 2:1 Slopes

Moderate-Flow Channels Permissible Shear Stress: 1.75 lbs/ft2 (84 Pa)

STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) THREAD Degradable

TOP NET Lightweight accelerated photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt

DS75

STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) THREAD Accelerated degradable

S150® / DS150® DOUBLE NET STRAW BLANKETS S150® and DS150® feature a 100% straw fiber matrix stitched with degradable thread between lightweight photodegradable polypropylene top and bottom nets. The double net construction provides greater structural integrity than single net blankets for use on steeper slopes and in channels with moderate water flow. S150 is designed to provide erosion protection and mulching for up to 12 months. Designed for high maintenance areas where close mowing will occur soon after installation, the DS150 will degrade within 60 days because of special additives in the thread and top net that facilitate breakdown in sunlight. STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd (66.89 m )

Length: 108 ft (32.92 m)

Approx. Weight: 40 lbs (18.14 kg)

(other width options available)

S75

TOP NET Lightweight photodegradable polypropylene 2 2 1.50 lbs/1000 ft (0.73 kg/100 m ) approx wt

S150

TOP NET Lightweight photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Lightweight photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt THREAD Degradable

TOP NET Lightweight accelerated photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt

DS150

STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Lightweight photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt THREAD Accelerated degradable

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

temporary erosion protection EROSION CONTROL BLANKETS – EXTENDED-TERM & LONG-TERM PHOTODEGRADABLE

North American Green’s extended-term and long-term photodegradable erosion control blankets utilize a double netting structure and include a long-lasting coconut fiber component. They are designed to provide erosion protection and assist with vegetation establishment for 18 to 36 months, depending on the product, in applications such as steep slopes, medium- to high-flow channels and shorelines. After the blankets degrade, soil erosion is controlled by the root, stem and leaf structures of the mature vegetation.

STRAW/COCONUT MATRIX 70% straw at 0.35 lbs/yd2 (0.19 kg/m2) 30% coconut at 0.15 lbs/yd2 (0.08 kg/m2) BOTTOM NET Lightweight photodegradable polypropylene 1.50 lbs/1000 ft2 (0.73 kg/100 m2) approx wt THREAD Degradable

SC150® DOUBLE NET STRAW-COCONUT BLANKET SC150® is constructed with a layer of 70% straw and 30% coconut fiber stitched with degradable thread between a heavyweight UV stabilized polypropylene top net and a lightweight photodegradable polypropylene bottom net. The addition of coconut fiber and a UV stabilized top net increases the SC150’s durability, erosion control capabilities and longevity for use on steeper slopes, medium-flow channels and other areas where vegetation will take up to 24 months to grow in. STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Length: 108 ft (32.92 m)

Approx. Weight: 44 lbs (19.95 kg)

Typical Applications*

2:1 – 1:1 Slopes

Medium-Flow Channels Permissible Shear Stress: 2.00 lbs/ft2 (96 Pa)

(other width options available)

extended-term & long-term photodegradable erosion control blankets

TOP NET Heavyweight UV stabilized polypropylene 3.0 lbs/1000 ft2 (1.47 kg/100 m2) approx wt

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TOP NET Heavyweight UV stabilized polypropylene 3.0 lbs/1000 ft2 (1.47 kg/100 m2) approx wt COCONUT FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Heavyweight UV stabilized polypropylene 3.0 lbs/1000 ft2 (1.47 kg/100 m2) approx wt THREAD UV stabilized polypropylene

C125® DOUBLE NET COCONUT BLANKET C125® is constructed of 100% coconut fiber stitched with UV stabilized polypropylene thread between heavyweight UV stabilized polypropylene top and bottom nets. The 100% coconut fiber and UV stabilized nets provide the highest level of durability, erosion control and longevity for protection of severe slopes, steep embankments, highflow channels and other areas where vegetation will take up to 36 months to grow in.

Typical Applications*

1:1 and Greater Slopes

STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

High-Flow Channels

Length: 108 ft (32.92 m)

Approx. Weight: 44 lbs (19.95 kg)

Permissible Shear Stress: 2.25 lbs/ft2 (108 Pa)

(other width options available)

Shorelines

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

biodegradable erosion protection B I O N E T ® 1 0 0 % B I O D E G R A DA B L E E RO S I O N C O N T RO L B L A N K E T S

BioNet® 100% biodegradable erosion control blankets from North American Green provide effective and all-natural erosion control and mulching. Unlike erosion control blankets with photodegradable plastic netting and yarn that depend on sunlight to degrade, all products in the BioNet series are composed of 100% organic materials that biodegrade completely. BioNet products are ideal for use in applications where synthetic materials may pose a threat to animals or the environment, such as wetland mitigation and bioengineering projects.

BioNet® 100% biodegradable erosion control blankets

BioNet products feature a dense mulch layer stitched with biodegradable thread to either one or two jute nets. Providing better moisture absorption, flexibility and conformance with the soil surface, BioNet products demonstrate improved erosion control and mulching capabilities versus synthetic-netted erosion control blankets. The top net on all BioNet products is leno woven which ensures superior mechanical stability and fiber retention under severe conditions and makes BioNet products more stable than other biodegradable blankets that use cross-lay netting only. Though designed to retain the mulch matrix under severe flow conditions, the interwoven strands of the BioNet netting can move independently of each other, minimizing the risk of accidental wildlife entrapment and enabling the use of live stakes and installation of trees, shrubs and other plantings – without compromising erosion control performance.

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Typical Applications*

4:1 – 3:1 Slopes

BioNet® S75BN™ SINGLE NET STRAW BLANKET S75BN™ features a layer of 100% straw fiber stitched with biodegradable thread to a biodegradable natural fiber top net. S75BN provides better erosion protection and mulching action than conventional jute nettings alone and is typically effective for up to 12 months.

TOP NET Leno woven, 100% biodegradable jute fiber 2 2 9.30 lbs/1000 ft (4.53 kg/100 m ) approx wt STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) THREAD Biodegradable

STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Length: 108 ft (32.92 m)

Approx. Weight: 46.5 lbs (21.09 kg)

Low-Flow Channels Permissible Shear Stress: 1.60 lbs/ft2 (76 Pa)

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

biodegradable erosion protection B I O N E T ® 1 0 0 % B I O D E G R A DA B L E E RO S I O N C O N T RO L B L A N K E T S

TOP NET Leno woven, 100% biodegradable jute fiber 9.30 lbs/1000 ft2 (4.53 kg/100 m2) approx wt STRAW FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Woven, 100% biodegradable jute fiber 7.70 lbs/1000 ft2 (3.76 kg/100 m2) approx wt THREAD Biodegradable

BioNet® S150BN™

Typical Applications*

DOUBLE NET STRAW BLANKET S150BN™ features a layer of 100% straw fiber stitched with biodegradable thread between biodegradable natural fiber top and bottom nets. S150BN is designed to provide up to 12 months of erosion protection and mulching in applications where the added durability of a double net structure is required.

3:1 – 2:1 Slopes

STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Length: 108 ft (32.92 m)

Approx. Weight: 52 lbs (23.59 kg)

Moderate-Flow Channels

TOP NET Leno woven, 100% biodegradable jute fiber 9.30 lbs/1000 ft2 (4.53 kg/100 m2) approx wt STRAW/COCONUT MATRIX 70% straw at 0.35 lbs/yd2 (0.19 kg/m2) 30% coconut at 0.15 lbs/yd2 (0.08 kg/m2) BOTTOM NET Woven, 100% biodegradable jute fiber 7.70 lbs/1000 ft2 (3.76 kg/100 m2) approx wt THREAD Biodegradable

BioNet® SC150BN™

Typical Applications*

DOUBLE NET STRAW-COCONUT BLANKET SC150BN™ features a layer of 70% straw and 30% coconut fiber stitched with biodegradable thread between biodegradable natural fiber top and bottom nets. SC150BN is designed to provide erosion protection and mulching for up to 18 months in applications where the strength of a double net structure and the added erosion control properties of coconut fiber are required.

2:1 – 1:1 Slopes

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STANDARD ROLL SPECIFICATIONS

TOP NET Leno woven, 100% biodegradable jute fiber 9.30 lbs/1000 ft2 (4.53 kg/100 m2) approx wt COCONUT FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Woven, 100% biodegradable jute fiber 7.70 lbs/1000 ft2 (3.76 kg/100 m2) approx wt THREAD Biodegradable

BioNet® 100% biodegradable erosion control blankets

Permissible Shear Stress: 1.85 lbs/ft2 (88 Pa)

Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Medium-Flow Channels

Length: 108 ft (32.92 m)

Approx. Weight: 52 lbs (23.59 kg)

Permissible Shear Stress: 2.10 lbs/ft2 (100 Pa)

BioNet® C125BN™

Typical Applications*

DOUBLE NET COCONUT BLANKET C125BN™ features a layer of 100% coconut fiber stitched with biodegradable thread between biodegradable natural fiber top and bottom nets. The dense layer of coconut fiber stitched between the jute nettings enables C125BN to provide more effective erosion protection and mulch than woven coir nettings in critical applications for up to 24 months.

1:1 and Greater Slopes

STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

High-Flow Channels

Length: 108 ft (32.92 m)

Approx. Weight: 52 lbs (23.59 kg)

Permissible Shear Stress: 2.35 lbs/ft2 (112 Pa)

Shorelines

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS software program. ®

permanent protection P E R M A N E N T T U R F R E I N F O R C E M E N T M AT S

North American Green’s permanent turf reinforcement mats (TRMs) allow vegetation to be used in areas where flow conditions exceed the limits of natural vegetation, including severe applications where rock riprap and concrete were once the only suitable alternatives. The permanent matting structure of our TRMs reinforces the root and stem systems of vegetation against damage and extraction under high shear stress water flow, while the matrix filler material provides immediate to long-term erosion control and mulching for enhanced vegetation establishment. Our TRMs are installed over the prepared seedbed and require no soil filling. This distinction is important because the exposed topsoil of manually soil-filled TRMs must, of course, be protected – typically requiring the costly addition of a temporary erosion control blanket over the TRM and soil layer. permanent turf reinforcement mats

Like our erosion control blankets, North American Green’s TRMs are installed in a one-step operation directly over the prepared seedbed which saves time and money and ensures the highest level of erosion control and vegetation reinforcement.

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Typical Applications*

1:1 and Greater Slopes

High-Flow Channels Permissible Shear Stress: Unvegetated 3.00 lbs/ft2 (144 Pa) Vegetated 8.00 lbs/ft2 (383 Pa)

P300® PERMANENT TURF REINFORCEMENT MAT P300® is constructed of UV stabilized polypropylene fiber stitched with permanent polypropylene thread between heavyweight UV stabilized polypropylene top and bottom nets. Unvegetated P300 reduces soil loss to less than 0.5 inch (12.7 mm) under shear stress up to 3.0 lbs/ft2 (144 Pa) and protects vegetation from being washed away or uprooted even when exposed to shear stresses up to 8 lbs/ft2 (383 Pa). P300 can be used to protect a wide variety of problem areas, including steep slopes, high-flow channels and pond shorelines.

TOP NET Extra heavyweight UV stabilized polypropylene 5.0 lbs/1000 ft2 (2.44 kg/100 m2) approx wt UV STABILIZED POLY FIBER 0.70 lbs/yd2 (0.38 kg/m2) BOTTOM NET Heavyweight UV stabilized polypropylene 2 2 3.0 lbs/1000 ft (1.47 kg/100 m ) approx wt THREAD UV stabilized polypropylene

STANDARD ROLL SPECIFICATIONS Width: 6.67 ft (2.03 m)

Area: 80 yd2 (66.89 m2)

Length: 108 ft (32.92 m)

Approx. Weight: 61 lbs (27.67 kg)

(other width options available)

Shorelines

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

permanent protection V M A X 3® C O M P O S I T E R E I N F O R C E M E N T S E R I E S

North American Green’s Vmax3® Composite Reinforcement Series consists of three different permanent turf reinforcement mats (TRMs) each designed to maximize performance through all three developmental phases of a reinforced vegetative lining (unvegetated – vegetation establishment – vegetation maturity).

The matting structure is incorporated with either natural organic or UV stabilized fibers to further supplement the TRM structure’s ground cover and moisture retention properties for dramatically improved erosion control and mulching action. In addition, all Vmax3 products are stitched on 1.5-inch (3.81-cm) centers with permanent thread, which adds significantly to their field performance capabilities.

Phase I

Vmax 3 ® composite reinforcement series

Each Vmax3 product begins with a permanent, three-dimensional corrugated turf reinforcement matting structure that anchors and reinforces the roots and stems of vegetation for long-term stability, and helps create a shear plane that actually deflects the flowing water away from the soil surface – improving its immediate to long-term erosion control capabilities.

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Phase II

Phase III

Vmax3 products have been extensively tested under field and laboratory conditions, and the top-of-the-line Vmax3 P550 is proven to drive the shear resistance of vegetation to over 14 lbs/ft2 – establishing a new maximum for vegetation reinforcement! The Vmax3 Composite Reinforcement Series effectively incorporates the best features of our temporary and permanent products to provide maximum erosion protection, vegetation establishment assistance, and permanent vegetation reinforcement in a wide variety of applications – including severe slopes, high to extreme-flow channels, spillways, streambanks, and shorelines – where drainage pipe, rock riprap and concrete linings were once the only viable alternatives.

permanent protection V M A X 3® C O M P O S I T E R E I N F O R C E M E N T S E R I E S

Typical Applications*

1:1 and Greater Slopes

High-Flow Channels Permissible Shear Stress: Unvegetated 3.00 lbs/ft2 (144 Pa) Vegetated 10.0 lbs/ft2 (480 Pa)

VMAX3® SC250® PERMANENT TURF REINFORCEMENT MAT Vmax3® SC250® is incorporated with a 70% straw/30% coconut fiber matrix which enhances the permanent matting’s initial mulching and erosion control performance for up to 24 months. Proven in laboratory and field research, unvegetated SC250 reduces soil loss to less than 0.5 inch (12.7 mm) under shear stress up to 3.0 lbs/ft2 (144 Pa). The permanent matting’s high strength 3-D structure increases the shear resistance of vegetation up to 10 lbs/ft2 (480 Pa), 10 times that of comparable unreinforced vegetation! The SC250 enables vegetation to be used in many applications where 24-inch to 30-inch (60-cm to 76-cm) rock riprap was once the only viable alternative.

TOP NET Black polypropylene 2 5.0 lbs/1000 ft (2.44 kg/100 m ) approx wt 2

CENTER NET Black polypropylene–corrugated 2 24.0 lbs/1000 ft (11.7 kg/100 m2) STRAW/COCONUT MATRIX 70% straw at 0.35 lbs/yd2 (0.19 kg/m2) 30% coconut at 0.15 lbs/yd2 (0.08 kg/m2) BOTTOM NET Black polypropylene 2 5.0 lbs/1000 ft (2.44 kg/100 m ) approx wt 2

THREAD Permanent

STANDARD ROLL SPECIFICATIONS

Vmax 3 ® composite reinforcement series

Width: 6.5 ft (2 m)

Area: 40 yd2 (33.4 m2)

Length: 55.5 ft (16.9 m)

Approx. Weight: 35 lbs (15.87 kg)

Shorelines

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Typical Applications*

1:1 and Greater Slopes

High-Flow Channels Permissible Shear Stress: Unvegetated 3.2 lbs/ft2 (153 Pa) Vegetated 12.0 lbs/ft2 (576 Pa)

VMAX3® C350® PERMANENT TURF REINFORCEMENT MAT Vmax3® C350® is incorporated with a 100% coconut fiber matrix which supplements the permanent matting’s initial mulching and erosion control performance for up to 36 months. Proven in laboratory and field research, unvegetated C350 reduces soil loss to less than 0.5 inch (12.7 mm) under shear stress up to 3.2 lbs/ft2 (153 Pa). The super-high strength permanent 3-D structure boosts the shear resistance of vegetation up to 12 lbs/ft2 (576 Pa), offering permanent erosion protection exceeding that of 30-inch (76-cm) rock riprap. The C350 provides a costeffective, environmentally friendly “green” alternative for severe erosion control projects.

TOP NET Black polypropylene 2 8.0 lbs/1000 ft (3.91 kg/100 m ) approx wt 2

CENTER NET Black polypropylene–corrugated 2 24.0 lbs/1000 ft (11.7 kg/100 m2) COCONUT FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Black polypropylene 2 8.0 lbs/1000 ft (3.91 kg/100 m ) approx wt 2

THREAD Permanent

STANDARD ROLL SPECIFICATIONS Width: 6.5 ft (2 m)

Area: 40 yd2 (33.4 m2)

Length: 55.5 ft (16.9 m)

Approx. Weight: 37 lbs (16.78 kg)

Shorelines

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

permanent protection V M A X 3® C O M P O S I T E R E I N F O R C E M E N T S E R I E S

CENTER NET Black polypropylene–corrugated 24.0 lbs/1000 ft2 (11.7 kg/100 m2) POLYPROPYLENE FIBER 0.50 lbs/yd2 (0.27 kg/m2) BOTTOM NET Black polypropylene 24.0 lbs/1000 ft2 (11.7 kg/100 m2) approx wt THREAD Permanent

VMAX3® P550®

Typical Applications*

PERMANENT TURF REINFORCEMENT MAT Vmax3® P550® is incorporated with a 100% polypropylene fiber matrix which augments the permanent matting’s initial mulching and erosion control performance as well as its permanent vegetation reinforcement capabilities. Proven in laboratory and field research, unvegetated P550 reduces soil loss to less than 0.5 inch (12.7 mm) under shear stress up to 4.0 lbs/ft2 (191 Pa). The ultra-high strength permanent 3-D structure of P550 drives the shear resistance of vegetation up to 14 lbs/ft2 (672 Pa) – establishing a new maximum for vegetation reinforcement! The P550 is the ultimate choice in place of poured concrete or articulated concrete blocks for extreme erosion control projects. STANDARD ROLL SPECIFICATIONS Width: 6.5 ft (2 m)

Area: 40 yd2 (33.4 m2)

Length: 55.5 ft (16.9 m)

Approx. Weight: 52 lbs (23.59 kg)

1:1 and Greater Slopes

Extreme High-Flow Channels Permissible Shear Stress: Unvegetated 4.00 lbs/ft2 (191 Pa) Vegetated 14.0 lbs/ft2 (672 Pa)

Shorelines

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® software program.

Vmax 3 ® composite reinforcement series

TOP NET Black polypropylene 24.0 lbs/1000 ft2 (11.7 kg/100 m2) approx wt

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Maximum Permissible Shear Stress for Short Duration Fully Vegetated* Vmax3® TRMs

Maximum Permissible Shear Stress for Long Duration Fully Vegetated* Vmax3® TRMs

Shear Stress (lbs/ft2)

10.0 (480 Pa)

12.0 (576 Pa)

14.0 (672 Pa)

SC250®

C350®

P550®

8.0 (383 Pa)

SC250®

10.0 (480 Pa)

C350®

12.0 (576 Pa)

P550®

* FHWA Class “C” vegetation at 75-90% density. Design values will vary with vegetative stand height and density. Consult North American Green’s ECMDS® design software for Class specific design values. NOTE: Fully vegetated reinforcement research conducted for the SC250 and C350 with only the permanent three-dimensional mat structure present.

product research & testing Independently Proven Performance + Consistent, Uncompromising Quality = Guaranteed Results

Construction and disturbed sites are continually faced with more stringent state and federal erosion and sediment control regulations, and North American Green strives to assist engineers, designers and contractors in meeting and adhering to these regulations through extensive product research and testing. We do this with the sole purpose of providing our customers with the confidence, knowledge and assurance in the design, selection, and use of all North American Green products to meet the demanding regulations affecting their projects. We are so confident in our research, quality, and each product’s total performance that we developed the industry’s first design software for rolled erosion control products, the Erosion Control Materials Design Software (ECMDS®), and backed it with the industry’s only written guarantee, the Ultimate Assurance Guarantee. (See Ultimate Assurance Guarantee section on page 23 for more details.) extended-termproven independently degradable performance erosion control blankets

_ 24 14

INDEPENDENTLY PROVEN PERFORMANCE From our inception, North American Green has conducted product research and testing according to the latest industry standards – and has developed testing protocol where there was none – to provide confidence in the design and field performance levels of every North American Green rolled erosion control product. Research facilities have included Utah State University, the Texas Transportation Institute, University of Hawaii, Drexel University, University of Guelph, and Colorado State University (CSU). University laboratory research and field testing have been conducted on all of North American Green’s degradable erosion control blankets to quantify their performance for unvegetated slope erosion control and channel scour protection under a variety of environmental extremes and conditions. Additionally, all North American Green turf reinforcement mats have been tested for their immediate erosion control (unvegetated), long-term erosion control (vegetated), and vegetation reinforcement properties. By compiling the data from all this research, North American Green has developed erosion control performance factors for each of our RECPs for inclusion in ECMDS. The research doesn’t stop once initial performance levels are established. North American Green continues to rigorously test our products, with research recently completed at CSU on the Vmax3® Composite Reinforcement Series of turf reinforcement mats. One conclusion can be drawn from the extensive research conducted over the years: "North American Green RECPs significantly reduce soil erosion and enhance vegetation establishment and long-term survivability.”

product research & testing Independently Proven Performance + Consistent, Uncompromising Quality = Guaranteed Results

CONSISTENT, UNCOMPROMISING QUALITY While continued large-scale research is used to establish and define the performance values of each of our products, North American Green also conducts extensive ongoing physical property testing to ensure that each product functions in the field like those used in performance testing.

Through NTPEP, an unbiased AASHTO representative selects products at random from warehouse stock and ships them to a laboratory to conduct independent third party physical property and bench-scale performance testing. To learn more about their testing program – visit www.ntpep.org.

independently proven performance

Our consistent quality and state-of-the-art manufacturing techniques enable North American Green to confidently submit our entire line of products to random quality testing by the National Transportation Product Evaluation Program (NTPEP) of the American Association of State Highway and Transportation Officials (AASHTO).

_ 15

State-of-the-art production lines help ensure consistent quality in all North American Green products.

GUARANTEED RESULTS North American Green didn’t become the leading manufacturer of rolled erosion control products in the world by being content. We did it by continually striving to find ways to improve the technical superiority of our products, submitting our products to rigorous testing, expanding our production capabilities, making our globally-oriented ECMDS software both more user-friendly and more comprehensive, and instituting unmatched customer service and technical support protocol. It is because of all these efforts that we are able to offer the most comprehensive guarantee in the industry – the North American Green Ultimate Assurance Guarantee. So design and use North American Green products with confidence that you are guaranteed greener projects, cleaner water and reduced regulatory hassles.

temporary sediment control B I O D E G R A D A B L E S E D I M E N T F I LT R AT I O N S Y S T E M

Unprotected topsoil, particularly on sloping areas or active construction sites, is vulnerable to significant erosion and sediment problems. In fact, millions of dollars are spent each year restoring slopes, rebuilding drainage channels, and dredging and cleaning ponds and streams. Additionally, lack of compliance with local and federal environmental regulations – such as NPDES Phase II – can result in costly construction delays and substantial fines. North American Green’s SedimentSTOP® is an effective Best Management Practice to prevent much of this costly damage.

biodegradable sediment filtration system

SEDIMENTSTOP® BIODEGRADABLE

STANDARD ROLL SPECIFICATIONS

SEDIMENT FILTRATION SYSTEM

Width: 6.67 ft (2.03 m)

SedimentSTOP® consists of straw and coconut fiber reinforced with a 100% biodegradable netting that is rolled from edge to edge to create a temporary, water-permeable sediment filtration structure. SedimentSTOP reduces soil loss caused by storm water runoff, traps soil particles while allowing water to pass through, and protects waterways, sidewalks and roads from sediment accumulation. Because it is field fabricated, SedimentSTOP allows for greater flexibility in meeting specific site requirements, and the diameter of the finished roll can be increased, if necessary, with grass clippings, pine needles, straw, or leaves. The 50-foot finished length minimizes seam construction, while the lightweight rolls can be easily transported over difficult terrain or to remote areas.

_ 16

The totally biodegradable SedimentSTOP is ideal for use in forest fire rehabilitation, pipeline re-vegetation, bioengineering projects, commercial/new home and resort construction, industrial sites and highway projects.

SedimentSTOP has many performance advantages, especially over conventional methods such as hay bales, straw wattles and silt fence. • 100% biodegradable, so there is no costly and timeconsuming removal like with most alternatives. • The structurally-sound, net-reinforced layers prevent failures if the outer netting wrap is damaged after installation. • Extremely flexible and readily conforms to the ground surface, so undercutting is minimized. • The combination of straw and coconut fibers improves filtration capabilities, maximizing sediment retention. • Proven to be up to 98.5% effective at reducing sediment migration. • The attached Splash Apron™ improves sediment filtration while reducing potential downhill erosion.

Efficiency

• Plot size = 20 ft long / 2 horizontal: 1 vertical gradients.

100

63.11 40 20

percentage

lbs/hour

Approx. Weight: 65 lbs (29.5 kg)

• Based on research conducted at Utah State University’s Water Research Facility.

SedimentSTOP Performance Sediment Runoff

Length: 50 ft (15.2 m) Area: 37 yd2 (30.94 m2)

98.5%

60 40 20

8.33

SedimentSTOP

Staw Wattle

84.8%

• Each plot was exposed to 4 inches of rain fall for one hour. • Two SedimentSTOPs and two wattles were installed on each plot, one at the mid point and one 2 ft. from the bottom end. • Sediment was collected and measured from each protected plot and also from the bare soil control plot. • Research was conducted on a sandy loam soil.

installation instructions SLOPES

GENERAL INSTRUCTIONS

3. Keep material in direct contact with the ground.

The following instructions are common for all successful erosion control blanket and turf reinforcement mat installations (slopes/drainage channels/shorelines):

4. Blankets will unroll with appropriate side against soil surface.

1. Prepare the seedbed by raking, seeding and fertilizing.

6. Secure all material overlaps.

2. Use trenching and anchoring procedures to secure any exposed material ends.

5. Use the required number of staples.

7. In slope and channel applications, overlap material in the direction of water flow.

slope installation instructions

SLOPES

_ 17

1. Prepare soil before installing blankets, including any necessary application of lime, fertilizer, and seed. 2. Anchor the blanket at the top of the slope in a 6-inch (15-cm) deep x 6-inch (15-cm) wide trench with a row of staples/stakes approximately 12 inches (30 cm) apart in the bottom of the trench. Leave approximately 12 inches (30 cm) of blanket extended beyond the up-slope portion of the trench. Backfill and compact the trench after stapling and apply seed to compacted soil. Fold remaining 12-inch (30-cm) portion of blanket back over and secure blanket with a row of staples/stakes approximately 12 inches (30 cm) apart across the width of the blanket.

3. Roll the blankets (a) down or (b) horizontally across the slope. Securely fasten blankets to soil surface with staples/stakes as shown in the staple pattern guide. When using DOT SystemÂŽ, place staples/stakes through the colored dots corresponding to the appropriate staple pattern. 4. Staple the edges of parallel blankets with 2 â&#x20AC;&#x201C; 5 inches (5 â&#x20AC;&#x201C; 12.5 cm) of overlap depending on blanket type. 5. Place consecutive blankets spliced down the slope end over end (shingle style) with an approximate 3-inch (7.5-cm) overlap. Staple through overlapped area, approximately 12 inches (30 cm) apart across entire blanket width.

NOTE: In loose soil conditions, the use of staple or stake lengths greater than 6 inches (15 cm) may be necessary to properly anchor the blankets.

installation instructions DRAINAGE CHANNELS

drainage channel installation instructions

_ 18

Trapezoidal Channel

CRITICAL POINTS A. Overlaps and seams

C B. Projected water line C. Channel bottom/side slope vertices

V Channel

B C

NOTE: Horizontal staple spacing should be altered if necessary to allow staples to secure the critical points along the channel surface.

3. Unroll center blanket in direction of water flow on bottom of channel. Securely fasten blankets to soil surface with staples/stakes as shown in the staple pattern guide. When using DOT System®, place staples/stakes through the colored dots corresponding to the appropriate staple pattern. 4. Place blankets end over end (shingle style) with a 4 – 6 inch (10 – 15 cm) overlap. Secure blankets with a double row of staples staggered 4 inches (10 cm) apart and 4 inches (10 cm) on center. 5. Anchor full-length edge of blankets at top of side slopes with a row of staples/stakes approximately 12 inches (30 cm) apart in a 6-inch (15-cm) deep x 6-inch (15-cm) wide trench. Backfill and compact the trench after stapling. 6. Overlap adjacent blankets 2 – 5 inches (5 – 12.5 cm) (depending on blanket type) and staple. 7. In high-flow channel applications, a staple check slot is recommended at 30 – 40 foot (9 – 12 m) intervals using a double row of staples staggered 4 inches (10 cm) apart and 4 inches (10 cm) on center over entire width of channel. 8. Anchor the terminal end of the blankets with a row of staples/stakes approximately 12 inches (30 cm) apart in a 6-inch (15-cm) deep x 6-inch (15-cm) wide trench. Backfill and compact the trench after stapling.

NOTE: In loose soil conditions, the use of staple or stake lengths greater than 6 inches (15 cm) may be necessary to properly anchor the blankets.

installation instructions SHORELINES

Level B

1. For easier installation, lower water from Level A to Level B before installation. 2. Prepare soil before installing blankets, including any necessary application of lime, fertilizer, and seed. 3. Anchor the blanket at the top of the shoreline in a 6-inch (15-cm) deep x 6-inch (15-cm) wide trench with a row of staples/stakes approximately 12 inches (30 cm) apart in the bottom of the trench. Leave approximately 12 inches (30 cm) of blanket extended beyond the up-slope portion of the trench. Backfill and compact the trench after stapling and apply seed to compacted soil. Fold remaining 12-inch (30-cm) portion of blanket back over and secure blanket with a row of staples/stakes approximately 12 inches (30 cm) apart across the width of the blanket.

4. Roll blankets either (a) down the shoreline for long banks, or (b) horizontally across the shoreline slope. Securely fasten blanket to soil surface with staples/stakes as shown in the staple pattern guide. When using DOT SystemÂŽ, place staples/stakes through the colored dots corresponding to the appropriate staple pattern. 5. Place horizontal and vertical blanket seams shingle style in the direction of predominant erosive action with a 2 â&#x20AC;&#x201C; 5 inch (5 â&#x20AC;&#x201C; 12.5 cm) overlap. Secure all overlaps with a row of staples spaced approximately 12 inches (30 cm) apart. 6. Anchor the edge of the blanket at or below normal water level in a 12-inch (30-cm) deep x 6-inch (15-cm) wide trench with a row of staples/stakes spaced approximately 12 inches (30 cm) apart. Backfill and compact the trench after stapling (stone or soil may be used as backfill).

NOTE: In loose soil conditions, the use of staple or stake lengths greater than 6 inches (15 cm) may be necessary to properly anchor the blankets.

shoreline installation instructions

Level A

_ 19

installation products D O T S Y S T E M ® • S TA P L E PAT T E R N S • F A S T E N E R S

DOT SYSTEM® The DOT System® featured on all of North American Green’s standard† double net blankets and turf reinforcement mats utilizes color-coded dots to mark exact staple/stake placement locations, which provides several benefits including: • Easy to understand • Speeds installation • Reduces installation costs • Ensures proper staple/stake use • Simplifies inspection † Not available on North American Green’s single net or extended roll width products. installation products

STAPLE PATTERNS Proper staple patterns must be used to achieve optimal results in rolled erosion control product installation. The drawings to the right illustrate North American Green’s generally recommended staple patterns on our standard width products and the corresponding dot colors for those patterns.

FASTENERS

_ 20

North American Green supplies several fastener options for blanket and mat installers. Our rigid, biodegradable BioSTAKEs® are available in 4-inch (10.16-cm) and 6-inch (15.24-cm) lengths and provide an environmentally friendly alternative to metal staples. Both lengths are available in 20-stake cartridges for use with the manual and pneumatic-drive models of the SureLock® II Cartridge BioSTAKE Gun.

NOTE:These staple patterns are for our standard roll width products. Staple patterns for extended roll width products are available on the North American Green website at: www.nagreen.com/installation/patterns.html. * Location of Seam Stitch™ will vary depending on product type.

BioSTAKEs® 4" & 6" (10.16 cm & 15.24 cm)

Wire Staples 6" & 8" (15.24 cm & 20.32 cm)

Wire staples are available in 6-inch (15.24-cm) and 8-inch (20.32-cm) lengths; and 24-staple cartridges of the 6-inch (15.24-cm) staples are available for use with the manual and pneumatic-drive models of the SureLock® II Cartridge Wire Staple Gun. North American Green also provides wooden EcoSTAKEs® in 6-inch (15.24-cm), 12-inch (30.48-cm), 18-inch (45.72-cm) and 24-inch (60.96-cm) lengths.

EcoSTAKEs® 6," 12," 18" & 24" (15.24 cm, 30.48 cm, 45.72 cm & 60.96 cm) SureLock® 6" (15.24 cm) Wire Staple Cartridges

installation products S u r e L o c k ® I I C O N V E RT I B L E S TA P L E G U N

SureLock ® II convertible staple gun

The patented all-new SureLock® II Convertible Staple Guns from North American Green are the quickest, easiest, most efficient way to install rolled erosion control products, geotextiles, sod, and any other material that must be secured to the ground. Both the SureLock® II Cartridge Wire Staple Gun and the SureLock® II Cartridge BioSTAKE® Gun are available in manual and pneumatic-drive models to offer the ultimate in flexibility, dependability and innovation.

SURELOCK® II CARTRIDGE WIRE STAPLE GUN The SureLock II Cartridge Wire Staple Gun holds 33% more staples than the original SureLock, yet it weighs 25% less thanks to its innovative composite metal and polymeric construction. This composite construction also reduces drag and wear, prevents part seizing, resists rust, enables simple water cleanup, and requires only periodic lubrication. The more powerful spring system of the SureLock II ensures proper feeding of staples, while the widened and hardened staple shear system facilitates correct discharge of staples. In addition, the open barrel drive system allows simple cleanup, enables self-clearing of bent staples and reduces the need for lubrication in dirty environments.

SureLock® II Cartridge Wire Staple Gun

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SURELOCK II CARTRIDGE BIOSTAKE GUN ®

North American Green has custom engineered the SureLock II Cartridge BioSTAKE Gun to make it easier and more economical to meet the ever increasing demand for biodegradable fasteners in environmentally sensitive and high maintenance projects. The side-loading magazine holds 60 of the North American Green 4-inch (10.16-cm) or 6-inch (15.24-cm) BioSTAKEs®, the innovative 100% biodegradable plastic fasteners available only from North American Green. Constructed of the same materials and featuring the same mechanical design advantages as the SureLock II Cartridge Wire Staple Gun, the lightweight SureLock II Cartridge BioSTAKE Gun is easy to load, easy to use, easy to clean, and easy to store.

SureLock® II Cartridge BioSTAKE® Gun

SURELOCK® II PNEUMATIC-DRIVE Both the wire staple and BioSTAKE SureLock II guns are available in pneumatic-drive models to make installation even easier while saving time and reducing operator fatigue. The SureLock II Pneumatic-Drive Assembly is also sold separately, so you can easily convert your wire staple or BioSTAKE manual-drive SureLock II into a pneumatic model in just a matter of minutes.

SureLock® II Pneumatic-Drive Assembly

erosion control materials design software E C M D S ® S O F T WA R E

North American Green’s easy-to-use Erosion Control Materials Design Software (ECMDS®) helps ensure proper design, soil loss prediction, product specification and project planning and is a necessity for every engineer, designer or contractor who must comply with today’s strict erosion and sediment control regulations. ECMDS provides computer-assisted design and selection of materials for slope erosion protection and channel scour resistance based on data from laboratory and field research involving North American Green’s erosion control blankets and turf reinforcement mats, vegetation, TRM-reinforced vegetation, and riprap.

ECMDS ® software

Our slope protection module is the first performance-based selection system developed specifically for rolled erosion control products. This module provides an analysis of site parameters such as slope gradient and length, soil type and erodibility, and local rainfall energy and intensity. The program is based on soil-loss calculations obtained from the United States Department of Agriculture’s Handbook #703 “Predicting Soil Erosion by Water: A Guide to Conservation Planning with the Revised Universal Soil Loss Equation (RUSLE)” for material evaluation and sediment control analysis.

_ 22

The channel protection module is based on calculations from the Federal Highway Administration’s Hydraulic Engineering Circular #15 (HEC 15) “Tractive Force Procedure” and the U.S. Department of Agriculture’s Handbook (AG HBK 667) “Stability Design of Grass-Lined Open Channels.” This module provides an analysis of the effects of water flow hydraulics on materials such as North American Green’s erosion control blankets and turf reinforcement mats, vegetation and rock riprap. One of the unique features is that ECMDS contains a vegetation module to assist in the selection of vegetation types and seeding rates to coordinate with RECPs for various erosion control applications across North America.

ECMDS® 4.3 PROGRAM HIGHLIGHTS • Includes slope, channel and vegetation modules • Includes installation CAD drawings • Incorporates updated design values for all Vmax3® products • Specify English or Spanish language • Use either English or metric/SI units

• Can view, print, save and edit material specification text files for inclusion in complete project specifications • Can take advantage of the Ultimate Assurance Guarantee when you use ECMDS to design and specify your projects • Can access online or download from www.nagreen.com, or request on CD-ROM

quality assurance U LT I M AT E A S S U R A N C E G U A R A N T E E

North American Green has made the most comprehensive product performance guarantee in the industry even more robust with the introduction of the Ultimate Assurance Guarantee.

ultimate assurance guarantee

With the Ultimate Assurance Guarantee, all registered projects designed using ECMDS速 4.3 and installed properly are warranted to unmatched levels, enabling engineers and contractors to design effective erosion control with complete confidence.

_ Under the Ultimate Assurance Guarantee, if any properly designed, specified and installed North American Green product fails, North American Green will replace the failed product with the next higher performance North American Green product, along with the cost of any seed, fertilizer, topsoil or other amendments lost due to product failure. Plus, North American Green turf reinforcement mats are now guaranteed to reinforce vegetation for a period of five years, and the functional longevity of the permanent structures of these products is now warranted for an unprecedented minimum of 10 years after installation.

For more information and actual guarantee details go to www.nagreen.com/guarantee.

Short-Term Long-Term Extended-Term BioNet® 100% Biodegradable

TEMPORARY PROTECTION

PRODUCT DESCRIPTION

LONGEVITY APPLICATIONS

S75

1.50 lb. photodegradable polypropylene top net 100% straw fiber matrix

12 mos.

DS75

1.50 lb. accelerated photodegradable polypropylene top net 45 days 100% straw fiber matrix

S150

1.50 lb. photodegradable polypropylene top & bottom nets 12 mos. 100% straw fiber matrix

DS150

1.50 lb. accelerated photodegradable polypropylene top & bottom nets 100% straw fiber matrix

60 days

SC150

3.0 lb. UV stable polypropylene top net 70% straw/30% coconut fiber matrix 1.50 lb. photodegradable polypropylene bottom net

C125

Vmax Composite Reinforcement Series

PERMANENT PROTECTION

MAX. FLOW VELOCITY2

TYPICAL PROJECTS

4:1 – 3:1 slopes Low-flow channels

1.55 (74)

5.00 (1.52)

3:1 – 2:1 slopes Moderate-flow channels

1.75 (84)

6.00 (1.83)

24 mos.

2:1 – 1:1 slopes Medium-flow channels

2.00 (96)

8.00 (2.44)

Steeper Slopes; Landfills

3.0 lb. UV stable polypropylene top & bottom nets 100% coconut fiber matrix

36 mos.

1:1 & greater slopes High-flow channels

2.25 (108)

10.00 (3.05)

Landfill Caps; Drainage Ditches

S75BN

9.30 lb. leno woven biodegradable jute top net 100% straw fiber matrix

12 mos.

4:1 – 3:1 slopes Low-flow channels

1.60 (76)

5.00 (1.52)

Wetland Mitigation; Bioengineering

S150BN

9.30 lb. leno woven biodegradable jute top net 100% straw fiber matrix 7.70 lb. woven biodegradable jute bottom net

12 mos.

3:1 – 2:1 slopes Moderate-flow channels

1.85 (88)

6.00 (1.83)

SC150BN

9.30 lb. leno woven biodegradable jute top net 70% straw/30% coconut fiber matrix 7.70 lb. woven biodegradable jute bottom net

18 mos.

2:1 – 1:1 slopes Medium-flow channels

2.10 (100)

8.00 (2.44)

C125BN

9.30 lb. leno woven biodegradable jute top net 100% coconut fiber matrix 7.70 lb. woven biodegradable jute bottom net

24 mos.

1:1 & greater slopes High-flow channels

2.35 (112)

10.00 (3.05)

3 ®

PRODUCT APPLICATION GUIDE

PRODUCT

PERMISSIBLE SHEAR STRESS1 Bare Soil

PRODUCT

PRODUCT DESCRIPTION

APPLICATIONS

P300

5.0 lb. UV stable polypropylene top net 100% polypropylene fiber matrix 3.0 lb. UV stable polypropylene bottom net

1:1 slopes Extended flow areas High-flow channels

SC250

5.0 lb. UV stable polypropylene top & bottom nets 24.0 lb. UV stable polypropylene corrugated center net 70% straw/30% coconut fiber matrix

C350

8.0 lb. UV stable polypropylene top & bottom nets 24.0 lb. UV stable polypropylene corrugated center net 100% coconut fiber matrix

High-flow channels 1:1 & greater slopes 36 month grow-in period

P550

24.0 lb. UV stable polypropylene top & bottom nets 24.0 lb. UV stable polypropylene corrugated center net 100% polypropylene fiber matrix

lbs/ft2 (Pascal)

Highways; Mines; Pipeline; Woodlands; Golf Courses; Residential Lawns; Landfill Caps

ft/s (m/s)

LIMITING SHEAR STRESS3 Bare Soil Vegetated Short* Long* Short* Long*

PERMISSIBLE VELOCITY4 Bare Soil Vegetated

3.0 (144)

TYPICAL PROJECTS

2.0 (98)

8.0 (383)

9.0 (2.7)

16.0 (4.9)

Roadside Ditches; Shoreline Protection; Severe Slopes

1:1 & greater slopes 3.0 Medium- to high- flow (144) channels 24 month grow-in period

2.5 (120)

10.0 (480)

8.0 (383)

9.5 (2.9)

15.0 (4.6)

Roadside Ditches; Golf Course Swales; Stream bank Protection

3.2 (153)

3.0 (144)

12.0 (576)

10.0 (480)

10.5 (3.2)

20.0 (6.0)

Drainage Ditches; High Flow Areas; Shoreline Protection

4.0 Extreme high-flow (191) channels 1:1 & greater slopes 36 month grow-in period or when sparse vegetation stand is expected

3.25 (156)

14.0 (672)

12.0 (576)

12.5 (3.8)

25.0 (7.6)

Spillways; Swales; High Flow Drainage Areas; Shoreline Protection

NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s ECMDS® 4.3 software.

lbs/ft2 (Pascal) *Depicting duration of flow

ft/s (m/s)

14649 Highway 41 North | Evansville, Indiana 47725 U.S.A. 800-772-2040 | 812-867-6632 | www.nagreen.com

BioNet® Product Application Guide Permissible Shear Stress

Maximum Flow Velocity

FHWA FP-03 Category

1.60 lbs/ft2 (76 Pa)

5 ft/s (1.52 m/s)

Type 2.C

Up To 12 Months

3:1 - 2:1 Slopes 1.85 lbs/ft2 (88 Pa) Moderate-Flow Channels

6 ft/s (1.83 m/s)

Type 2.D

Double Net Straw-Coconut Blanket

Up To 18 Months

2:1 - 1:1 Slopes Medium-Flow Channels

2.10 lbs/ft2 (100 Pa) 8 ft/s (2.44 m/s)

Type 3.B

Double Net Coconut Blanket

Up To 24 Months

1:1 & Greater Slopes High-Flow Channels

2.35 lbs/ft2 (112 Pa) 10 ft/s (3.05 m/s) Type 4

Product

Description

Longevity

Applications

S75BN

Single Net Straw Blanket

Up To 12 Months

4:1 - 3:1 Slopes Low-Flow Channels

S150BN

Double Net Straw Blanket

SC150BN

C125BN

BioNet Fastener and Installation Options Efficiently and effectively install 4” (10.16 cm) or 6” (15.24 cm) BioSTAKEs® or 6” (15.24 cm) wire cartridge staples with the SureLock® II Convertible Staple Gun. Available in manual and pneumatic-drive models, the SureLock II can be easily converted from one drive system to the other. Features all composite metal components for reduced wear and easy cleaning and maintenance.

BioNet

NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s Erosion Control Materials Design Software (ECMDS®). Visit www.nagreen.com for more information about ECMDS®.

SureLock® II Convertible Staple Gun

Your Guide to Natural Erosion Control and Revegetation Solutions

BioSTAKEs®® Our BioSTAKEs® are available in 4” (10.16 cm) and 6” (15.24 cm) lengths, and provide an environmentally friendly alternative to metal staples. Sturdy and rigid when used, BioSTAKEs will break down over a period of one to three years after being driven into the ground.

EcoSTAKEs®® Our wooden EcoSTAKEs® are available in 6”(15.24 cm), 12”(30.48 cm), 18” (45.72 cm) and 24” (60.96 cm) lengths. They are ideal for use in bioengineering, streambank and other critical applications requiring greater anchoring capability of longer stakes.

North American Green is a leading erosion control solution provider with a worldwide network of qualified distributors with trained Erosion Control Specialists. In addition to offering a full line of rolled erosion control products, North American Green’s Erosion Control Specialists are trained to provide site-specific project design and product specification assistance using North American Green’s Erosion Control Materials Design Software (ECMDS®); and offer the most comprehensive guarantee in the industry, the Ultimate Assurance Guarantee. More information about North American Green products and services is available at www.nagreen.com or by calling (800) 772-2040.

14649 Highway 41 North • Evansville, IN 47725 1.812.867.6632 • 1.800.772.2040 • www.nagreen.com

Natural Solutions for Natural Problems.

Guaranteed Complete Degradability

BioNet®100% biodegradable erosion control blankets from North American Green provide effective and all-natural erosion control and vegetation establishment in an environmentally and wildlife friendly manner. All products in the BioNet series – S75BN™ Single Net Straw Blanket, S150BN™ Double Net Straw Blanket, SC150BN™ Double Net StrawCoconut Blanket and C125BN™ Double Net Coconut Blanket – are composed of 100% organic, biodegradable materials. North American Green BioNet products offer the following features and benefits to guarantee the “natural” success of your project.

Woven Net Structure • Little to no risk of wildlife entrapment • Easy to sprig or plant through

Leno-Weave Top Net • High durability, fiber retention & mechanical stability

Flexible Jute Netting • Increased water absorption • Improved blanket conformance & adherence to soil • Enhanced erosion protection and mulching capabilities

Stitched on 1.5-inch Centers • Biodegradable thread • Excellent durability & flexibility

Patented DOT System® • Standard on most products • Simplifies proper installation

Performance Guaranteed • Backed by North American Green’s Ultimate Assurance Guarantee

Ideal Applications Include • Bioengineering applications • Environmentally sensitive sites • Shaded areas • Streambanks/shorelines

Unlike erosion control blankets with photodegradable plastic netting and yarn that depends on sunlight to degrade, BioNet blankets are completely biodegradable. Leaving absolutely no synthetic residues on site after vegetation is established, BioNet blankets are ideal for use in bioengineering projects, wetland mitigation, riparian area protection, shaded areas, streambank restorations and environmentally-sensitive areas where synthetic products may pose a threat to wildlife.

Fig. 1 - Stable Yet Flexible Leno Weave

Fig. 2 - Easily Distorted Cross-Lay Weave

Increased Erosion Control & Mulching Capabilities With a dense mulch layer, BioNet blankets offer much greater erosion control and mulching capabilities than jute or coir netting alone. BioNet blankets also exhibit increased erosion control and mulching capabilities versus their synthetic-netted counterparts. The jute netting on these products increases their water absorption capacity, which helps weigh the blanket down and conform the fiber matrix to the soil surface (upon saturation). This conformance and adherence to the soil surface aids in effective erosion control, soil temperature regulation and moisture retention to promote seed germination and early plant growth.

Increased Strength & Structural Integrity The jute top netting on all BioNet products is constructed using the leno weave method (Fig. 1) to ensure superior mechanical stability and fiber retention under severe conditions. By intertwining and securing the cross directional netting strands, leno weaving affords BioNet blankets higher tensile strength, greater durability and better erosion protection than many other “biodegradable” blankets which use easily distorted cross-lay netting (Fig. 2) only.

Less Risk To Wildlife & Easy To Plant Through The interwoven strands of the BioNet netting can move independently of each other. This flexibility minimizes the risk of accidental wildlife entrapment; and enables the use of live stakes and the installation of trees, shrubs and other plantings through the blanket without compromising erosion control performance.

Netting Leno woven, 100% biodegradable, natural jute fiber 9.30 lbs/1,000 ft2 (4.53 kg/100 m2) approximate weight

S75BN ™

S150BN ™

Single Net Straw Blanket

Double Net Straw Blanket

S75BN™ features a 100% agricultural straw matrix stitched with biodegradable thread to a leno woven jute top netting. Designed to provide erosion protection and vegetation establishment assistance for up to 12 months. S75BN is much more effective than loose straw, hydro-mulch or conventional jute netting. The S75BN is generally recommended for use on moderate slope and low-flow channel lining applications.

S150BN™ features a 100% agricultural straw matrix stitched with biodegradable thread between a leno woven jute top netting and a woven jute bottom netting. The double net structure of the S150BN blanket makes it more durable and effective at controlling erosion and assisting with vegetation establishment in more demanding applications, such as moderate-flow channels, streambanks and steep slopes, for up to 12 months.

4:1 – 3:1 Slopes*

3:1 – 2:1 Slopes*

Low-Flow Channels* 1.60 lbs/ft2 (76 Pa) Max. Shear Stress

*NOTE: This guide is for general purposes only. Actual project design and product selection should be developed using North American Green’s Erosion Control Materials Design Software (ECMDS®). Visit www.nagreen.com for more information about ECMDS®.

Netting – Top Leno woven, 100% biodegradable, natural jute fiber 9.30 lbs/1,000 ft2 (4.53 kg/100 m2) approximate weight

Matrix Material

100% agricultural straw 0.50 lbs/yd2 (0.27 kg/m2)

Stitching

Netting – Bottom

Biodegradable thread on 1.5-inch centers

100% biodegradable, natural jute fiber 7.70 lbs/1,000 ft2 (3.76 kg/100 m2) approximate weight

Standard Roll Specifications Width: 6.67 ft (2.03 m) Length: 108 ft (32.92 m) Weight: 46 lbs (21.05 kg) approx. Area: 80 yd2 (66.89 m2)

Moderate-Flow Channels* 1.85 lbs/ft2 (88 Pa) Max. Shear Stress

Streambanks*

Stitching Biodegradable thread on 1.5-inch centers

Standard Roll Specifications S75BN is often applied to shallow slopes or flat areas where disturbance has taken place. In this role, the BioNet blankets will protect seed, retain soil moisture and enhance seed germination while posing little risk of wildlife entanglement.

Width: 6.67 ft (2.03 m) Length: 108 ft (32.92 m) Weight: 52 lbs (23.69 kg) approx. Area: 80 yd2 (66.89 m2)

All BioNet products, such as S150BN, are fully biodegradable instead of photodegradable like plastic netted products. This makes BioNet products ideal for streambank protection by ensuring netting degradation without direct sunlight and affording effective erosion control without environmental impact.

Netting – Top Leno woven, 100% biodegradable, natural jute fiber 9.30 lbs/1,000 ft2 (4.53 kg/100 m2) approximate weight

Matrix Material

SC150BN ™

C125BN ™

Double Net Straw-Coconut Blanket

Double Net Coconut Blanket

SC150BN™ is comprised of a 70% agricultural straw / 30% coconut fiber matrix stitched with biodegradable thread between a leno woven jute top netting and a woven jute bottom netting. The double netting structure and the integration of coconut (coir) fiber in the matrix afford increased durability, longevity and erosion control effectiveness. The SC150BN is ideal for use in applications where vegetation will require up to 18 months for establishment, in medium-flow channels, streambanks and severe slopes.

C125BN™ features a 100% coconut fiber matrix stitched with biodegradable thread between a leno woven jute top netting and a woven jute bottom netting. The combined strength of the coconut fiber and double netting structure offers the highest levels of durability, longevity and effectiveness available in a biodegradable erosion control blanket. C125BN is ideal for use in applications where vegetation will require 18 to 24 months for establishment, on slopes with a 1:1 or steeper gradient, and in high-flow channels, streambanks or shorelines.

2:1 – 1:1 Slopes*

Medium-Flow Channels* 2.10 lbs/ft2 (100 Pa) Max. Shear Stress

Streambanks*

70% agricultural straw 0.35 lbs/yd2 (0.19 kg/m2) 30% coconut fiber 0.15 lbs/yd2 (0.08 kg/m2)

Netting – Top Leno woven, 100% biodegradable, natural jute fiber 9.30 lbs/1,000 ft2 (4.53 kg/100 m2) approximate weight

Matrix Material

1:1 Slopes*

High-Flow Channels* 2.35 lbs/ft2 (112 Pa) Max. Shear Stress

Shorelines and Streambanks*

100% coconut fiber 0.50 lbs/yd2 (0.27 kg/m2)

Netting – Bottom 100% biodegradable, natural jute fiber 7.70 lbs/1,000 ft2 (3.76 kg/100 m2) approximate weight

Stitching Biodegradable thread on 1.5-inch centers

Stitching

Standard Roll Specifications

Biodegradable thread on 1.5-inch centers

Standard Roll Specifications Width: 6.67 ft (2.03 m) Length: 108 ft (32.92 m) Weight: 52 lbs (23.69 kg) approx. Area: 80 yd2 (66.89 m2)

Steep slopes and drainage channels in wildlife sensitive areas, like this roadside application near Yellowstone National Park, naturally benefit from the increased longevity and erosion protection of the SC150BN.

Width: 6.67 ft (2.03 m) Length: 108 ft (32.92 m) Weight: 52 lbs (23.69 kg) approx. Area: 80 yd2 (66.89 m2)

Arid and semi-arid climates can be harsh, often requiring additional time for vegetation establishment. The C125BN provides up to 24 months of highperformance seed and soil protection in a wildlifefriendly manner.

BioNet® Product Application Guide Permissible Shear Stress

Maximum Flow Velocity

FHWA FP-03 Category

1.60 lbs/ft2 (76 Pa)

5 ft/s (1.52 m/s)

Type 2.C

Up To 12 Months

3:1 - 2:1 Slopes 1.85 lbs/ft2 (88 Pa) Moderate-Flow Channels

6 ft/s (1.83 m/s)

Type 2.D

Double Net Straw-Coconut Blanket

Up To 18 Months

2:1 - 1:1 Slopes Medium-Flow Channels

2.10 lbs/ft2 (100 Pa) 8 ft/s (2.44 m/s)

Type 3.B

Double Net Coconut Blanket

Up To 24 Months

1:1 & Greater Slopes High-Flow Channels

2.35 lbs/ft2 (112 Pa) 10 ft/s (3.05 m/s) Type 4

Product

Description

Longevity

Applications

S75BN

Single Net Straw Blanket

Up To 12 Months

4:1 - 3:1 Slopes Low-Flow Channels

S150BN

Double Net Straw Blanket

SC150BN

C125BN

BioNet Fastener and Installation Options SureLock® II Convertible Staple Gun Efficiently and effectively install 4” (10.16 cm) or 6” (15.24 cm) BioSTAKEs® or 6” (15.24 cm) wire cartridge staples with the SureLock® II Convertible Staple Gun. Available in manual and pneumatic-drive models, the SureLock II can be easily converted from one drive system to the other. Features all composite metal components for reduced wear and easy cleaning and maintenance.

BioSTAKEs® Our BioSTAKEs® are available in 4” (10.16 cm) and 6” (15.24 cm) lengths, and provide an environmentally friendly alternative to metal staples. Sturdy and rigid when used, BioSTAKEs will break down over a period of one to three years after being driven into the ground.

EcoSTAKEs® Our wooden EcoSTAKEs® are available in 6”(15.24 cm), 12”(30.48 cm), 18” (45.72 cm) and 24” (60.96 cm) lengths. They are ideal for use in bioengineering, streambank and other critical applications requiring greater anchoring capability of longer stakes.

14649 Highway 41 North • Evansville, IN 47725 1.812.867.6632 • 1.800.772.2040 • www.nagreen.com

600% GREATER GERMINATION,

NEARLY PERFECT EROSION CONTROL,

NOW 100% BIODEGRADABLE. New patent-pending Flexterra® High Performance-Flexible Growth Medium™ (HP-FGM™) takes the near-perfect performance of the original Flexterra FGM to an even higher level. Introduced in 2004, Flexterra FGM rapidly set a new standard of excellence for controlling erosion and establishing vegetation on severe slopes. It outperformed blankets and led the movement toward more cost-effective, environmentally responsible hydraulically applied techniques. Flexterra HP-FGM represents the next generation in Flexible Growth Media and is proven to surpass the original’s outstanding performance. NEW FLEXTERRA HP-FGM DELIVERS:

s 4HE HIGHEST GERMINATION AND GROWTH ESTABLISHMENT s 'REATER THAN EROSION CONTROL EFFECTIVENESS IMMEDIATELY UPON APPLICATION s BIODEGRADABILITY s 'REATER SAFETY FOR EVEN THE MOST SENSITIVE AQUATIC ENVIRONMENT BECAUSE IT S NON TOXIC s .EAR PERFECT EROSION CONTROL AND DENSER VEGETATION WHILE PROTECTING THE NATURAL ENVIRONMENT

NEW HP TECHNOLOGY: GREENER BY DESIGN

Revolutionary Micro-Pore particles optimize water and nutrient retention 100% recycled Thermally Refined® wood fibers not only produce the highest yield and coverage per pound, they are also phyto-sanitized, eliminating weed seeds and pathogens 100% biodegradable interlocking man-made fibers help increase wet bond strength 100% non-toxic biopolymers and water absorbents further enhance performance

A008-17928_Flexterra_HP_sell_sh.indd 1

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SETTING THE BAR EVEN HIGHER. > BETTER EROSION CONTROLâ&#x20AC;&#x201D;FlexterraÂŽ HP-FGMâ&#x201E;˘ immediately bonds to the soil SURFACE )TS mEXIBLE YET STABLE MATRIX RETAINS OF SOIL VASTLY REDUCING TURBIDITY

GREEN DESIGN ENGINEERING â&#x201E;˘ EARTH-FRIENDLY SOLUTIONS FOR SUSTAINABLE RESULTS â&#x201E;˘

OF RUNOFF FOR UP TO MONTHS (0 ALSO FEATURES GREATER WET BOND STRENGTH YIELDING

Green Design Engineeringâ&#x201E;˘ is a holistic

increased resistance to sheet flow.

approach, combining environmentally

> GREATER SEED GERMINATION AND GROWTHâ&#x20AC;&#x201D;High Performance matrix

beneficial design and ecologically

OUTPERFORMS TRADITIONAL &LEXTERRA &'- WITH BETTER INITIAL GERMINATION

sound products with agronomic and

AND INCREASED BIOMASS DUE TO A COMBINATION OF OPTIMIZED WATER AND

erosion control expertise, to provide

nutrient retention.

the most effective, customized and

> SAFER FOR THE ENVIRONMENTâ&#x20AC;&#x201D;Unlike rolled erosion control blankets, &LEXTERRA (0 &'- HAS NO NETS OR THREADS TO ENDANGER WILDLIFE )T USES

cost-efficient solutions for erosion control and vegetative establishment.

BIODEGRADABLE CRIMPED INTERLOCKING lBERS AND RECYCLED AND PHYTO SANITIZED WOOD lBERS &LEXTERRA (0 &'- IS SAFE FOR AQUATIC AND TERRESTRIAL LIFE FORMS > EARTH-FRIENDLY and SUSTAINABLE RESULTSâ&#x20AC;&#x201D;Flexterra HP-FGM is a result of Profileâ&#x20AC;&#x2122;s Green Design Engineeringâ&#x201E;˘, creating cost-effective and environmentally superior solutions through the design, manufacture and application of sustainable erosion control and vegetation establishment technologies.

Put Green Design Engineering into action. PS3 is the industryâ&#x20AC;&#x2122;s first and only web-based design and selection tool that integrates erosion

TECHNICAL DATA

and sediment control engineering

PHYSICAL PROPERTIES*

TEST METHOD

UNITS

MINIMUM VALUE

Mass/Unit Area

ASTM D65661

g/m2 (oz/yd2)

407 (12)

Thickness

ASTM D65251

mm (in)

5.6 (0.22)

Wet Bond Strength

ASTM D68181

N/m (lb/ft)

131 (9)

Ground Cover

ASTM D6567

Water-Holding Capacity

ASTM D7367

1700

Material Color ENVIRONMENTAL PROPERTIES*

Observed

n/a

Green

TEST METHOD

UNITS

TYPICAL VALUE

Biodegradability

ASTM D5338

100

Functional Longevity2

ASTM D5338

n/a

Up to 18 months 96-hr LC50 > 100%

Ecotoxicity

EPA 2021.0

Effluent Turbidity

Large Scale3

NTU

< 100

TEST METHOD

UNITS

VALUE

Large Scale3

n/a

< 0.01

Large Scale3

> 99

Observed

hours

0-2

ASTM D73221

> 800

PERFORMANCE PROPERTIES*

Cover Factor4 Percent Effectiveness

Cure Time Vegetation Establishment PRODUCT COMPOSITION

with agronomic excellence. Log on to www.ProfilePS3.com to find the right solution for any site.

TYPICAL VALUE

Thermally Processed Wood Fibers (within a pressurized vessel)

80% Âą 3%

Cross-Linked Biopolymers and Water Absorbents

10% Âą 1%

Crimped, Man-Made Biodegradable Interlocking Fibers

5% Âą 1%

Proprietary Mineral Activator

5% Âą 1%

* When uniformly applied at a rate of 3900 kg/ha (3500 lbs/ac) under laboratory conditions. 1. ASTM test methods developed for Rolled Erosion Control Products that have been modified to accommodate Hydraulic Erosion Control Products. 2. Functional Longevity is the estimated time period, based upon field observations, that a material can be anticipated to provide erosion control and agronomic benefits as influenced by composition, as well as site-specific conditions, including; but not limited toâ&#x20AC;&#x201D;temperature, moisture light conditions, soils, biological activity, vegetative establishment and other environmental factors.

3. Large scale testing conducted at Utah Water Research Laboratory. For specific testing information please contact a Profile technical service representative at 866-325-6262. 4. Cover Factor is calculated as soil loss ratio of treated surface versus an untreated control surface. 5. % Effectiveness = One minus Cover Factor multiplied by 100%. 6. Heated to a temperature greater than 193 degrees C (380 degrees F) for 5 minutes at a pressure greater than 345 kPa (50 psi) in order to be Thermally RefinedÂŽ/Processed and to achieve phyto-sanitization.

For technical information or distribution, PLEASE CALL &OR CUSTOMER SERVICE CALL ÂĽ 02/&),% 0RODUCTS ,,# All rights reserved. For warranty information, visit www.profileproducts.com. ,AKE #OOK 2OAD s 3UITE "UFFALO 'ROVE ), Flexterra HP-FGM is patent pending. Flexterra, Thermally Refined and Profile are registered trademarks of PROFILE Products LLC. FGM, Green Design Engineering and Earth-Friendly Solutions for Sustainable Results are trademarks of PROFILE Products LLC.

HP-01 5/10

A008-17928_Flexterra_HP_sell_sh.indd 2

5/21/10 2:06:29 PM

Hydroseeding Mulch So Good You Can Grow Grass Almost Anywhere

Premium Revegetative Overspray Environmentally safe and biodegradable, Second Nature® Straw Tack nails down vegetative mulch for a clean, costeffective overspray. Made from a blend of special paper fibers, Straw Tack is widely used in state seeding projects. (Also available with Tackifier)

Wood Fiber Mulch Virgin hardwood chips make Second Nature® Wood Fiber the finest, most contaminant-free mulch available anywhere. Second Nature® Wood Fiber offers excellent consistency, coverage and color retention. It’s the ideal choice for all landscaping, commercial, government and DOT projects. (Also available with Tackifier)

Liquid Lime Plus Second Nature® Liquid Lime Plus was developed for use by highway and commercial landscaping contractors, reclamation specialists, and turf management professionals to adjust the pH of soil. When compared to traditional agriculture and pelletized limestone, Liquid Lime Plus has greater strength and is more effective in creating the soil conditions needed for sucessful germination. It is packaged in convenient, easy-to-handle, 2.5 gallon jugs.

Paper Fiber Mulch Manufactured from recycled paper, Second Nature® Paper Fiber Mulch is the professional choice for hydroseeding. Second Nature’s superior water-retaining, mixing and dispersing characteristics truly make it “As Nature Intended... Only Better!” (Also available with Tackifier)

Easy Mix Second Nature® Easy Mix is a less densely packaged paper fiber mulch designed especially for jet agitation machines. Easy Mix provides rapid dispersion and quick application for today’s hydroseeding professional. (Also available with Tackifier)

One Step Erosion Control SprayMatt ® provides a safe and economical erosion control substitute for traditional mats – even on the steepest slopes. This non-toxic, biodegradable Bonded Fiber Matrix conforms to surface contours, ensuring outstanding seed germination.

Wood Fiber Blend Mulch Second Nature® Wood Fiber Blend is a combination of superior, all-natural wood fiber and the industy’s leading paper fiber mulch. It offers all the attributes of both products in one easy-to-handle, fifty-pound package. (Also available with Tackifier)

Tacpac TM GT Made from 100% pure guar gum, Tacpac GT binds fiber, seed and soil particles together. It provides excellent erosion control and water retention during seed germination.

Green Tack A superior Polyacrylamide Hydroseeding Tackifier, Second Nature® Green Tack provides even dispersion of particulates (seed) when spraying, sets up quickly, retains moisture and allows UV light to reach the seed. It also colors the treated area green.

Extra Green Colorant Second Nature® Extra Green is a concentrated dye which gives hydroseeding mulch a natural green color for easier, more consistent application. Extra Green is highly concentrated and comes in convenient water soluble packages. Simply toss the packet into your hydroseeding tank.

Central Fiber Corporation® Wellsville, KS 1-800-654-6117 Canton, OH ® 1-888-452-2630 www.centralfiber.com sales@centralfiber.com Distributed by:

Second Nature® offers a product for any erosion control situation!

Soil amendment

Colorant

Liquid lime

Concentrated dye crystals

Second Nature® Liquid Lime Plus

Second Nature® Extra Green

Tackifier

Polyacrylamide

12%

Second Nature® GreenTack

VirginWood/Paper blend hydromulch

Second Nature Wood® Fiber Blend Mulch

12%

Tackifier

90%

Virgin wood hydromulch

Second Nature® Wood Fiber Mulch

12%

100% pure guar gum

90%

Bonded fiber matrix

SprayMatt®

12%

TacpacTM GT

70%

Jet agitation hydromulch

Easy Mix®

12%

Usage

90%

Paper hydromulch

Second Nature® Paper Fiber Mulch

12%

Composition

90%

Vegetative mulch overspray

Second Nature® Straw Tack

Product

90%

Usage

Product

Green

N/A

Job specific

1 packet/500 gallons

40 packets/case 5 lb/case

1 bag / 1/4acre (20lb case) 40– 1/2lb bags

2– 2.5 gallon jugs / case

1 bag / acre (10 lb case) 5– 2lb bags Green

Slopes less than 2:1 = 20 lbs / acre Slopes steeper than 2:1 = 30 lbs / acre

40 bags/pallet 22 pallets/truck

50 bags/pallet 22 pallets/truck

40 bags/pallet 22 pallets/truck

10 lb/bag 4 bags/case

50 lbs

40 lbs

50 lbs

Bags/Pallet and Pallets/ Truck

Cream-colored powder

1500 lbs

3000 lbs

1500 lbs

750 lbs

Bag Wt.

Recommendations

100 gallons

120 gallons

150 gallons

Minumum Application Rate (lbs/acre)

Packaging

6.5

Estimated Gallons of Water Per Bag

Appearance

1.6 gal/lb

1.33 gal/lb

1.2 gal/lb

Ph @ 5% Recycled Moisture Water Content Content Holding 25C (+/-1) +/- 3% Capacity

Physical Properties

Woven Coir Mats

700g

Warehouse locations:

ERO-TEX 700g & 900g blankets are woven from machine-spun bristle coir twines. The 100% biodegradable, strong and durable bristle coir woven blankets provide higher resistance upon installation while supporting growth and development of vegetation. ERO-TEX woven coir blankets have a field functional longevity of 4-6 years. Roll sizes:

Itasca IL Morton IL Kaukauna WI Menomonee Falls WI Nekoosa WI ERO-TEX N94 W14330 Garwin Mace Drive Menomonee Falls WI 53051

900g

6.56’x166’=120SY/roll

9.84’x166’= 180 SY/roll

13.1’x83’=120 SY/roll 9.84’ &13.1’ rolls are seamed. Installation: 700g has 0.4" x 0.5" openings and the 900g has 0.3" x 0.45" openings to allow plant plugs without cutting matting.

www.ero-tex.net

866 437-6839 toll free

Coir Logs ERO-TEX coir logs are made from uniformly machine compressed p 100% blended coir fiber and MADE in the USA! Exterior netting structure can be woven coir or poly netting. Diameters of 12”, 16”, or 20” available.

Installation: Create a

trench or seat to the dimensions of log and at the elevations as specified. Lace logs with approved lacing material end to end to create a continuous length. l h Cross C lashing rope front to back to prevent log from moving.

www.ero-tex.net toll free 866 437-6839

2 LINQ – MIRAFI – DUPONT – STRATAGRID – TENAX - JDR

ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

The Foundation to Build On™

Excellent products to do the job. The service to do it right.™

Thrace-LINQ™, Inc. is a global manufacturer and supplier of Geosynthetic materials for a wide variety of applications.

Technical Fabrics Geotextiles

Agrotextiles

• Wovens

• Landscape

• Nonwovens

• Groundcover

• Monoﬁlaments • Medium Strengths

Excellent products to do the job

• Silt Fence

We believe in excellence, and it shapes every aspect of our procedures, processes and people. Your product needs to be consistent, so we conduct raw material testing procedures and integrate our extrusion, beaming, weaving and ﬁnishing to ensure a high level of quality. We’ve

Functions Filtration

Erosion Control

Reinforcement/Stabilization

Protection

Separation

Drainage

organized our experienced craftspeople into self-managing work teams so your product is followed closely throughout the entire manufacturing process. And we’re always pursuing technological innovation to offer you the latest solutions.

The service to do it right At Thrace-LINQ™, we also know that personalized service can make the difference between success and failure for your application. That’s why we insist on relationshiporiented sales staff and it’s why we offer responsive customer service. Our service and product selection also give you a high degree of ﬂexibility. No matter your Geosynthetics needs, we can help you get it done. Excellence, with the service to back it up. At Thrace-LINQ, Geosynthetics are our main business, and it shows in every roll we produce.

Customer Service: Call 1-800-445-4675 Thrace-LINQ, Inc. is a global supplier of woven and nonwoven polypropylene-based Geosynthetic fabrics for a wide variety of technical textile applications. Thrace-LINQ is a member of The Thrace Plastics Group, owned by Thrace Plastics Co. S.A. of Athens, Greece. Manufacturing, warehousing, logistics and business services are managed in Summerville, South Carolina.

Geotextiles that stand the test of time. When you want proven performance in separation, erosion

Over-excavation is also eliminated or reduced, and wet

control, sediment control, stabilization,drainage and other

periods or saturated soil conditions will not necessarily

Geosynthetic applications, call Thrace-LINQ Inc.

increase construction time and labor.

To meet various application requirements, you can select

With excellent grab tensile strength and tear resistance,

from Thrace-LINQ geotextiles with a proven track record of

geotextiles are durable and easy-to-handle for fast,

more than 25 years.

efﬁcient installation. Proven stabilization applications include paved and unpaved roads, temporary construction roads, truck freight yards, parking lots, log and ore storage areas, and aircraft taxiways. Thrace-LINQ offers a variety of ground stabilization geotextile products and roll sizes which allow you to select the most cost-effective geotextile for your particular application and site conditions. Both woven and nonwoven geotextiles are available as described in the chart below.

Thrace-LINQ’s woven and nonwoven geotextiles are manufactured with the highest grade polypropylene, and are designed to last when properly installed. Polypropylene is unaffected from exposure to a wide range of organic and

Depending on the subgrade strength, trafﬁc condition, aggregate type and thickness, select from the Thrace-LINQ geotextiles below. Site Conditions

Suggested Geotextiles

Light Duty

GTF 200S, GTF 200, 140EX

need it, and our technical service helps assure optimum

Moderate Duty

GTF 250, 150EX

results. We can also work with you on fabrics if you don’t

Heavy Duty

GTF 300, 180EX

inorganic chemicals. Trained distributors assure product availability when you

see what you need on the following pages.

Stabilization/separation — prolongs surface life of roads The surface performance of a road, parking lot, airport taxiway or other trafﬁc-bearing surfaces depends on the strength and stability of the foundation. To prolong surface life and stabilize the foundation, geotextiles provide a rugged separation/stabilization layer between aggregate and subgrade. Case studies have shown improved resistance to deformation under repeated load. This means increased service life for asphalt or concrete surfaces and resistance to rutting on unpaved roads. In any application, roadway performance is improved. In addition to maintenance savings, geotextiles save cost by reducing aggregate depth and preserving the aggregate.

Road Aggregate Geotextile Subgrade Road Aggregate With a geotextile, aggregate retains Geotextile load bearing capacity and Subgrade does not migrate into the subgrade.

Silt fence for containment To satisfy environmental erosion considerations during construction, geotextiles and pre-assembled fences control silt from water run-off at the site. Most states require that sediment control plans, including silt fence, be submitted before construction on a site can begin. Thrace-LINQ distributors can offer our silt fence products fabricated in a variety of ways to meet your state’s speciﬁcations.

Geosynthetic Reinforcement

Backﬁlled soil

Internally reinforced earthwall

Silt

Depending on the application, select from the following:

Stakes

• GTF 350, GTF 400, GTF 500, GTF 700

Toe In Fabric (Optional reinforcing mesh)

UV stabilized GTF 180SF and GTF 190SF meet most state DOT requirements along with AASHTO M288. GTF 170SF meets AASHTO speciﬁcations for “supported” silt fence.

Asphalt Overlay Nonwoven geotextiles absorb asphalt tack coat to form a moisture barrier. It also retards reﬂective cracking by absorbing shearing stress.

Geotextile strength for specialized soil reinforcement To meet the demanding range of site requirements for reinforcement projects, medium- or high-strength geotextiles of polypropylene composition are designed to provide versatility, variety and durable performance.

Geotextile Medium- or high-strength geotextiles are available for reinforced work platforms and similar applications. Tensile strength

Asphalt Overlay

and tensile modulus vary to meet speciﬁc requirements. High-tenacity woven geotextiles are available for long-term reinforcement in critical performance structures.

Existing Pavement

Stone Base Subgrade

High tensile strength and modulus contribute to soil structure reinforcement. Additionally, low strain under load minimizes potential for creep deformation.

Asphalt Overlay Geotextile Existing Pavement Stone Base

Application features: • Distributes soil cover stresses • Maintains reinforcing integrity • Installs easily • Cost effective

Subgrade “Asphalt Overlay Light” (AOL) “Asphalt Overlay Medium” (AOM) or “Asphalt Overlay Heavy” (AOH) installed over properly prepared pavement extends the life of asphalt overlay.

Thrace-LINQ Geotextiles that meet AASHTO M288 SpeciďŹ cations

APPLICATION

Strength CLASS

Site Conditions (SOIL TYPE)

Woven <50%

Nonwoven >50%

Subsurface Drainage

N/S

Subsurface Drainage

Coarse Gradation (<15%)

GTF 404

150EX

Subsurface Drainage

Medium Gradation (15-50%)

GTF 400E

150EX

Subsurface Drainage

Fine Gradation (>50%)

GTF 400E

150EX

Subsurface Drainage

Coarse Gradation (<15%)

GTF 404

140EX

Subsurface Drainage

Medium Gradation (15-50%)

GTF 400E

140EX

Subsurface Drainage

Fine Gradation (>50%)

GTF 400E

140EX

Separation

N/A

N/S

Separation

N/A

GTF 250

150EX

Separation

N/A

GTF 200/GTF 200S

140EX

Stabilization

N/A

GTF 300

180EX

Stabilization

N/A

GTF 250

150EX

Stabilization

N/A

GTF 200/GTF 200S

140EX

Permanent Erosion Control

Coarse Gradation (<15%)

GTF 404

180EX

Permanent Erosion Control

Medium Gradation (15-50%)

N/S

180EX

Permanent Erosion Control

Fine Gradation (>50%)

N/S

180EX

Permanent Erosion Control

Coarse Gradation (<15%)

GTF 404

N/S

Permanent Erosion Control

Medium Gradation (15-50%)

GTF 400E

N/S

Permanent Erosion Control

Fine Gradation (>50%)

GTF 400E

N/S

Permanent Erosion Control

N/S

Temporary Silt Fence (Supported)

N/A

GTF 170SF

125EX

Temporary Silt Fence (Unsupported)

N/A

GTF 180SF/GTF 190SF

145EX

Paving Fabric

N/A

AOM

N/S: AASHTO does not specify products for this strength class or application TM

Drainage protection to maintain ﬂow and percolation

Waste management and landﬁlls

Drainage and septic systems

Geotextiles are at work in many waste management and

Geotextiles provide a protective layer to help prevent

that meet stringent EPA regulations.

landﬁll applications, including hazardous waste landﬁlls

native soil intrusion and clogging of subsurface drains. The reasons for such wide acceptance are many: In septic systems, geotextiles are a permeable separator

• Permeable separators

allowing liquids to percolate into the ground through the

• Resistance to most chemicals

drainage ﬁeld, but restricting ﬁne particles from passage.

• Puncture and tear resistance • High tensile strength

As an alternative to graded aggregate or sand ﬁlters,

• Durability

geotextiles are cost effective and easy to install.

• Fast construction • Economical use

Track records of proven drainage applications include

• Meets FHWA drainage criteria for most applications

pavement edge drain, french drains and foundation In addition to the typical EPA landﬁll, there are multiple

drainage.

uses in municipal landﬁlls: • Protective layer to prevent geomembrane liner damage. • Permeable separation layer to preserve drainage layers.

Topsoil

• Separation layer to prevent clay incursion into geonet

Compacted drainage material

drainage.

Geotextile

Collection pipe Subgrade

Depending on the site conditions, including size of rock, height of rock drop and degree of compaction, select from the Thrace-LINQ geotextiles below. Site Conditions

Suggested Geotextiles

Protected

125EX, 130EX, 140EX

Unprotected

150EX

Typical landﬁll cross section

Prefabricated drainage composites Battle Drain I & Battle Drain II TM

Visual barrier fence

A durable knit of high-density polyethylene, this high-visibility Battle Drain products are unique one-sided drainage

orange fencing provides a visual barrier as well as withstands

composites with superior ﬂow capacity, high compression

the demands of many applications.

strength and creep resistance. Battle Drain I composite with 10,000 psf compressive

With a nominal size of 48 inches by 150 feet, Thrace-LINQ visual barrier fence is lightweight and easy to install.

strength is an economical choice for moderate conﬁning pressure drainage projects including foundation and retaining walls for residential and commercial buildings. Battle Drain II with 15,000 psf compressive strength meets the demands of trafﬁcked horizontal applications, deep foundation wall drainage, and drainage under high overburden loads.

Erosion protection

Both composites feature: • Lighter weight than granular blankets. • More ﬂow capacity than sand or gravel layers.

Erosion protection structures using a geotextile hold soil in place and dissipate hydraulic forces that cause erosion. Installation of a geotextile under heavy stone, rip-rap, gabions or pre-cast blocks is fast and easy —a time and money-saving alternative to traditional methods using graded aggregate or sand ﬁlters. Geotextiles feature:

Foundation

• Permittivity for drainage

• Conformability

• Durability

• Resistance to rot, chemicals

Proven applications include protection of stream banks, slopes, shorelines, retaining walls, submerged foundations, bulkheads and revetments.

Backﬁll Battle Drain Aggregate Fill Collection Pipe

Geotextile Anchor

Rip-rap Bedding Layer Toe

Securing pins Other applications include roof decks and gardens, golf course greens, athletic ﬁelds and tracks.

Depending on the application, select from the following: • Woven GTF 400E, GTF 400EO, GTF 404 • Nonwoven 180EX, 225EX, 250EX

Authorized Distributor

Geotextile performance call Thrace-LINQ

Detailed guidelines are available for product selection and speciﬁcation based on application, site conditions,

• Products known for quality • Responsive service

trafﬁc conditions, aggregate used and

• Cost effective

installation method. To receive this

• Tough, long-life durability

speciﬁcation manual for ground

• Consistent product uniformity • High tensile strength

stabilization, drainage, erosion and

• Resistant to rot, mildew, chemicals

sediment control, contact Thrace-LINQ:

• Superior tear resistance • Easy to handle

1-800-445-4675

• Fast installation

Thrace-LINQ

M E M B E R

T H R A C E

G R O U P

2550 West Fifth North St. • Summerville, SC 29483 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 www.thracelinq.com • geo@thracelinq.com This information relates to the speciﬁc material designated and may not be valid for such material used in combination with any other materials or in any process. Such information is, to the best of our knowledge and belief, accurate and reliable as of the date compiled. However, no representation, warranty or guarantee is made as to its accuracy, reliability or completeness. It is the user’s responsibility to satisfy himself or herself as to the suitability and completeness of such information for his or her own particular use. We do not accept liability for any loss or damage that may occur from the use of this information nor do we offer any warranty against infringement. Copyright ©2008

Needlepunched Nonwoven

Woven Polypropylene

Paving Fabric Properties MARV2

ASTM TEST

UNIT

D4632

Elongation

Properties MARV2

ASTM TEST

AOL

AOM

AOH

AOE

lbs (N)

90 (401)

105 (467)

120 (534)

150 (668)

Grab Tensile Strength

D4632 D4632

MECHANICAL PROPERTIES Grab Tensile Strength

Silt Fence

Environmental Nonwoven UNIT

600EX

800EX 1000EX

1200EX 1600EX

lbs (N)

165 (734)

205 (912)

270 (1202)

310 (1380)

425 (1891)

Grab Tensile Strength

D4632

% lbs (N) lbs (N)

50 65 (289) 95 (423)

50 90 (401) 135 (601)

50 100 (445) 160 (712)

50 120 (534) 180 (801)

50 145 (645) 240 (1068)

Elongation

D4632

Elongation

Trapezoid Tear

D4533

lbs (N)

40 (178)

45 (200)

50 (223)

55 (245)

Trapezoid Tear

D4533

Puncture

D4833

lbs (N)

55 (245)

65 (289)

70 (312)

80 (356)

Puncture

D4833

CBR Puncture

D6241

lbs (N)

N/A

CBR Puncture

D6241

lbs (N)

425 (1891)

535 (2381)

725 (3225)

830 (3694)

Mullen Burst

D3786

psi (kPa)

185 (1275)

210 (1448)

230 (1586)

290 (1999)

Mullen Burst

D3786

psi (kPa)

315 (2172)

420 (2895)

500 (3447)

650 (4481)

UV Stability

D4355

ASPHALT RETENTION AND MELTING POINT Asphalt Retention

D6140

gal/yd (l/m2)

0.25 (1.13)

0.30 (1.36)

Melting Point

D276

F (C)

302 (150)

PHYSICAL PROPERTIES

Weight

D5261

oz/yd (g/m2)

3.5 (119)

Thickness

D5199

mils (mm)

PACKAGING4,5

Roll Area Roll Weight

D4355

4.1 (140)

4.6 (156)

6 (203)

50T 55T (1.27T) (1.397T)

60T (1.524T)

AOL

AOH

AOM

% @ 500 hrs

lbs (N)

80 (356)

90 (400)

GTF 100

GTF 150

GTF 200S

GTF 200

GTF 250

GTF 270

GTF 300

123/101 (550/450)

150/100 (668/445)

150 (668)

180 (801)

200 (890)

250 (1110)

270 (1201)

315 (1401)

20/15

D4533

lbs (N)

25 (111)

30 (133)

50 (222)

40 (178)

60 (267)

70 (312)

75 (334)

90 (400)

100 (445)

120 (534)

Puncture

D4833

lbs (N)

N/A

60 (267)

70 (312)

80 (356)

100 (445)

120 (534)

150 (667)

1200 (5340)

CBR Puncture

D6241

lbs (N)

N/A

250 (1112)

350 (1558)

475 (2114)

550 (2448)

700 (3115)

900 (4005)

925 (4116)

1000 (4450)

800 (5515)

Mullen Burst

D3786

psi (kPa)

N/A

280 (1930)

N/A

305 (2103)

400 (2757)

500 (3447)

600 (4137)

630 (4343)

%@ 500 hrs

D4491

sec-1

0.050

0.150

0.080

0.100

0.080

0.050

N/A

10 (407)

5.6 (228)

7.4 (302)

6.0 (244)

4.0 (163)

1.5

1.4

1.2

0.9

0.5

Permittivity

110 (4482)

100 (4075)

85 (3463)

65 (2648)

40 (1630)

Water Flow Rate

D4491

gpm/ft2 (l/min/m2)

UV Stability

D4355

HYDRAULIC PROPERTIES

Water Flow Rate

D4491

gpm/ft (l/min/m2)

Permeability

D4491

cm/sec

0.25

0.20

Permeability

D4491

(cm/sec)

0.010T

0.005T

Apparent Opening Size (AOS3)

US Sieve Number

100

(0.180)

(0.150)

US Sieve Number (mm)

D4751

(mm)

Apparent Opening Size (AOS3 )

D4751

(0.600)

(0.425)

(0.300)

oz/yd2

1.8T

2.2T

3.2T

2.4T

3.3T

4.5T

5.0T

5.5T

5.9T

6.8T

(g/m )

(60 )

(75 )

(109 )

(82 )

(113 )

(152 )

(170 )

(187 )

(200 )

(231T)

mils (mm)

N/A

16T (0.406T)

N/A

18T (0.457T)

20T (0.508T)

21T (0.533T)

26T (0.660T)

28T (0.711T)

GTF 160SF

GTF 170SF

180SF/190SF

GTF 100

GTF 150

GTF 200S

GTF 200

GTF 250

GTF 270

GTF 300

PHYSICAL PROPERTIES

D5261

75T (1.905T)

Thickness

D5199

AOE

PACKAGING4,5

ft (m)

10.5/12.5 10.5/12.5 10.5/12.5 10.5/12.5 (3.20/3.81) (3.20/3.81) (3.20/3.81) (3.20/3.81)

Roll Width

yd2 (m2)

420/500 420/500 420/500 420/500 (351/418) (351/418) (351/418) (351/418)

Roll Area

lbs (kg)

125/145 143/167 159/186 (57/66) (65/76) (72/84)

Roll Weight

oz/yd2 (g/m2)

6 (204)

8 (271)

mils (mm)

75T (1.905T)

95T (2.413T)

600EX

800EX

ft (m)

10 (339)

12 (407)

16 (543)

Weight

D5261

110T 120T 175T (2.794T) (3.048T) (4.445T)

Thickness

D519

1000EX 1200EX 1600EX

PACKAGING4,5

12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57)

GTF

ft (m)

3 (0.914)

yd2 (m2)

1000 (836)

600/800 (501/669)

lbs

117 (53)

141 (64)

204 (92.6)

101/135 (46/61)

139/185 (63/84)

190/253 (86/115)

205/273 (93/139)

230/307 (104/124)

247/330 (112/150)

270/360 (123/163)

yd2

500 (418)

Roll Area

lbs (kg)

250 (114)

320 (145)

400 (182)

480 (218)

572 (260)

Roll Weight

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Roll Width

(m2)

1 - Contact your Thrace-LINQ distributor or representative for technical assistance and for products meeting AASHTO M288 speciﬁcations. Additional information can also be found at www.thracelinq.com. Methods and values may change without notice. 2 - Minimum Average Roll Value. All values are MARV unless otherwise noted. 3 - AOS values are reported as Maximum Average Roll Value. 4 - Other products and roll sizes may be available. 5 - Roll lengths, areas and weights may vary. T - Typical roll properties.

1/08

GTF GTF 170SF 180SF/190SF

ENDURANCE PROPERTIES

HYDRAULIC PROPERTIES Permittivity D4491 sec-1

Weight

207/243 (94/110)

GTF 160SF

D4632

PHYSICAL PROPERTIES 2

Roll Width

UV Stability

UNIT

Trapezoid Tear

ENDURANCE PROPERTIES

% @ 500 hrs

ASTM TEST

MECHANICAL PROPERTIES

ENDURANCE PROPERTIES

Properties MARV2

Woven Slit Film

(kg)

1/08

12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5

(3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33)

Authorized Distributor:

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Woven Polypropylene

Needlepunched Nonwoven

Medium Strength Properties MARV2

ASTM TEST

UNIT

GTF 350

GTF 400

GTF 500

GTF 700

350 (1557)

400 (1780)

600/550 (2670/2450)

700 (3120)

GTF 370

Monoﬁlament GTF 375N

GTF 565

GTF 570

GTF 400EO

GTF 400E

GTF 404

Grab Tensile Strength

D4632

lbs (N)

Wide Width Tensile

D4595

lbs/in (kN/m)

250 (44)

333 (58)

400 (70)

517 (91)

270/225 (47.3/39.4)

Elongation

D4632

20/15

15/6

D4533

lbs (N)

120 (534)

150 (668)

D4833

lbs (N)

150 (668)

180 (801)

230 (1024)

300 (1335)

CBR Puncture

D6241

lbs (N)

1000 (4450)

1200 (5340)

1400 (6230)

1700 (7565)

N/A

Mullen Burst

D3786

psi (kPa)

N/A

800 (5515)

%@ 500 hrs

sec-1

0.270

0.210

0.145

0.060

0.520

0.960

0.025

0.400

2.100

0.280

0.900

Puncture

400/250 425/350 (1780/1113) (1891/1558)

230/200 300/250 180/110 (1024/890) (1335/1112) (757/490) 180 (801)

550 (2448)

475/440 365/200 370/250 400/315 (2114/1958) (1624/890) (1647/1113) (1780/1402)

270/225 350/400 400/400 (47.3/39.4) (61.3/70.1) (70.1/70.1)

200/140 (35/24)

225/145 (40/26)

250/230 (43.8/40.3)

21/21

15/6

12/6

24/10

16/15

15/15

145/125 (645/556)

150/200 (668/890)

180/180 (801/801)

115/75 (512/334)

100/60 (445/267)

150/165 (668/704)

150 (668)

200 (890)

195 (868)

90 (401)

120 (534)

150 (668)

N/A

675 (3004)

950 (4228)

1150 (5118)

650 (4481)

1200 (8273)

450 (3102)

800 (5506)

ENDURANCE PROPERTIES UV Stability

D4355

Properties ASTM MARV2 TEST

120EX

125EX

130EX

140EX

145EX

150EX

160EX

180EX

225EX

245EX

250EX

275EX

350EX

Permittivity

D4491

Water Flow Rate

gpm/ft2 D4491 (l/min/m2)

20 (815)

15.7 (640)

15 (432)

5.1 (208)

40 (1630)

70 (2852)

2 (82)

30 (1222)

145 (5908)

18 (733)

70 (2852)

Permeability

D4491

0.034

0.033

0.023

0.030

0.050

0.046

0.001

0.050

0.140

0.010

0.068

Apparent Opening Size (AOS3) Percent Open Area CW02215

US Sieve D4751 Number (mm)

(0.500)

(0.425)

(0.180)

(0.600)

(0.425)

(0.600)

(0.425)

(0.212)

(0.425)

N/A

4 to 6

6.9T (234T)

9.1T (309T)

12.1T (410T)

14.75T (500T)

8.5T (288T)

7.4T (251T)

13.7T (465T)

14.5T (492T)

5.6T (190T)

8.0T (271T)

46T (1.168T)

N/A N/A

42T (1.07T)

N/A N/A

38T (0.965T)

20T (0.508T)

45T (1.143T)

63T (1.160T)

28T (0.711T)

15T (0.381T)

35T (0.889T)

Roll Width

ft (m)

GTF GTF GTF GTF 350 400 500 700 15/17.1 15/17.1 15/17.1 15/17.1 (4.57/5.21) (4.57/5.21) (4.57/5.21) (4.57/5.21)

GTF 370 15 (4.57)

GTF 375N 12.5 (3.81)

GTF 565 15 (4.57)

GTF 570 15 (4.57)

GTF 400EO 12.5 (3.81)

GTF 400E 12 (3.66)

GTF 404 15 (4.57)

Roll Area

yd2 (m2)

500/622 500/622 500/622 (418/520) (418/520) (418/520)

500/622 (418/520)

500 (418)

417 (349)

500 (418)

417 (349)

400 (334)

500 (418)

Roll Weight

lbs (kg)

231/287 304/379 398/490 (105/130) (138/172) (181/222)

481/598 (218/272)

265 (120)

210 (95)

445 (202)

475 (215)

170 (77)

155 (70)

265 (120)

cm/sec

Grab Tensile D4632 Strength

lbs (N)

80 (356)

90 (401)

105 (467)

120 (534)

140 (623)

165 (734)

180 (801)

205 (912)

215 (957)

250 (1112)

270 (1202)

300 (1335)

380 (1691)

Elongation D4632 Trapezoid D4533 Tear

% lbs (N)

50 35 (156)

50 40 (178)

50 45 (200)

50 50 (223)

50 60 (267)

50 65 (289)

50 75 (334)

50 80 (356)

50 85 (378)

50 100 (445)

50 115 (512)

50 145 (645)

Puncture

D4833

lbs (N)

45 (200)

55 (245)

65 (289)

70 (312)

85 (378)

90 (401)

105 (467)

120 (534)

125 (556)

155 (690)

175 (779)

240 (1068)

CBR Puncture

D6241

lbs (N)

220 (979)

265 (1179)

300 (1335)

340 (1513)

360 (1602)

400 (1780)

475 (2114)

535 (2380)

600 (2670)

700 (3115)

725 (3226)

830 (3694)

1050 (4673)

Mullen Burst

D3786

psi (kPa)

160 (1103)

185 (1275)

210 (1448)

230 (1586)

280 (1930)

310 (2137)

330 (2275)

350 (2413)

360 (2482)

460 (3171)

580 (3999)

750 (5171)

2.2

2.1

2.0

1.8

1.5

1.3

1.2

0.9

0.7

Water Flow gpm/ft2 D4491 (l/min/m2) Rate

160 (6519)

155 (6315)

145 (5908)

135 (5501)

115 (4886)

110 (4482)

95 (3871)

85 (3463)

65 (2648)

50 (2037)

Permeability D4491 cm/sec

0.22

0.25

0.30

0.25

0.20

Apparent US Sieve Opening Size D4751 Number (AOS3) (mm)

100

(0.212)

(0.180)

(0.150)

oz/yd2 D5261 (g/m2)

3.2T (109T)

3.5T (119T)

4.0T (136T)

4.5T (153T)

5.5T (186T)

6.0T (204T)

7.0T (237T)

8.0T (271T)

9.0T (305T)

10.0T (339T)

10.5T (356T)

12.0T (407T)

16.0T (543T)

mils (mm)

45T (1.143T)

50T (1.27T)

55T ( 1.397T)

60T 70T T (1.524 ) (1.778T)

75T (1.905T)

85T (2.159T)

90T ( 2.286T)

95T (2.413T)

100T (2.54T)

100T ( 2.54T)

120T (3.048T)

150T (3.81T)

120EX

125EX

130EX

140EX 145EX

150EX

160EX

180EX

225EX

245EX

250EX

275EX

350EX

ENDURANCE PROPERTIES UV Stability

HYDRAULIC PROPERTIES

Weight

D5261

Thickness

D5199

mils (mm)

PACKAGING

4,5

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

sec-1

PHYSICAL PROPERTIES Weight

PHYSICAL PROPERTIES oz/yd2 (g/m2)

@ 500 D4355 %hrs

Permittivity D4491

HYDRAULIC PROPERTIES

1/08

UNIT

MECHANICAL PROPERTIES

Trapezoid Tear

Civil Nonwoven

Thickness D5199

PACKAGING4,5

Roll Width

ft (m)

12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57)

Roll Area

yd2 (m2)

500 (418)

Roll Weight

lbs (kg)

125 (57)

135 (61)

150 (68)

170 (77)

208 (94)

230 (104)

260 (118)

290 (131)

315 (143)

350 (159)

365 (166)

410 (186)

530 (240)

1/08

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Woven Polypropylene

Needlepunched Nonwoven

Medium Strength Properties MARV2

ASTM TEST

UNIT

GTF 350

GTF 400

GTF 500

GTF 700

350 (1557)

400 (1780)

600/550 (2670/2450)

700 (3120)

GTF 370

Monoﬁlament GTF 375N

GTF 565

GTF 570

GTF 400EO

GTF 400E

GTF 404

Grab Tensile Strength

D4632

lbs (N)

Wide Width Tensile

D4595

lbs/in (kN/m)

250 (44)

333 (58)

400 (70)

517 (91)

270/225 (47.3/39.4)

Elongation

D4632

20/15

15/6

D4533

lbs (N)

120 (534)

150 (668)

D4833

lbs (N)

150 (668)

180 (801)

230 (1024)

300 (1335)

CBR Puncture

D6241

lbs (N)

1000 (4450)

1200 (5340)

1400 (6230)

1700 (7565)

N/A

Mullen Burst

D3786

psi (kPa)

N/A

800 (5515)

%@ 500 hrs

sec-1

0.270

0.210

0.145

0.060

0.520

0.960

0.025

0.400

2.100

0.280

0.900

Puncture

400/250 425/350 (1780/1113) (1891/1558)

230/200 300/250 180/110 (1024/890) (1335/1112) (757/490) 180 (801)

550 (2448)

475/440 365/200 370/250 400/315 (2114/1958) (1624/890) (1647/1113) (1780/1402)

270/225 350/400 400/400 (47.3/39.4) (61.3/70.1) (70.1/70.1)

200/140 (35/24)

225/145 (40/26)

250/230 (43.8/40.3)

21/21

15/6

12/6

24/10

16/15

15/15

145/125 (645/556)

150/200 (668/890)

180/180 (801/801)

115/75 (512/334)

100/60 (445/267)

150/165 (668/704)

150 (668)

200 (890)

195 (868)

90 (401)

120 (534)

150 (668)

N/A

675 (3004)

950 (4228)

1150 (5118)

650 (4481)

1200 (8273)

450 (3102)

800 (5506)

ENDURANCE PROPERTIES UV Stability

D4355

Properties ASTM MARV2 TEST

120EX

125EX

130EX

140EX

145EX

150EX

160EX

180EX

225EX

245EX

250EX

275EX

350EX

Permittivity

D4491

Water Flow Rate

gpm/ft2 D4491 (l/min/m2)

20 (815)

15.7 (640)

15 (432)

5.1 (208)

40 (1630)

70 (2852)

2 (82)

30 (1222)

145 (5908)

18 (733)

70 (2852)

Permeability

D4491

0.034

0.033

0.023

0.030

0.050

0.046

0.001

0.050

0.140

0.010

0.068

Apparent Opening Size (AOS3) Percent Open Area CW02215

US Sieve D4751 Number (mm)

(0.500)

(0.425)

(0.180)

(0.600)

(0.425)

(0.600)

(0.425)

(0.212)

(0.425)

N/A

4 to 6

6.9T (234T)

9.1T (309T)

12.1T (410T)

14.75T (500T)

8.5T (288T)

7.4T (251T)

13.7T (465T)

14.5T (492T)

5.6T (190T)

8.0T (271T)

46T (1.168T)

N/A N/A

42T (1.07T)

N/A N/A

38T (0.965T)

20T (0.508T)

45T (1.143T)

63T (1.160T)

28T (0.711T)

15T (0.381T)

35T (0.889T)

Roll Width

ft (m)

GTF GTF GTF GTF 350 400 500 700 15/17.1 15/17.1 15/17.1 15/17.1 (4.57/5.21) (4.57/5.21) (4.57/5.21) (4.57/5.21)

GTF 370 15 (4.57)

GTF 375N 12.5 (3.81)

GTF 565 15 (4.57)

GTF 570 15 (4.57)

GTF 400EO 12.5 (3.81)

GTF 400E 12 (3.66)

GTF 404 15 (4.57)

Roll Area

yd2 (m2)

500/622 500/622 500/622 (418/520) (418/520) (418/520)

500/622 (418/520)

500 (418)

417 (349)

500 (418)

417 (349)

400 (334)

500 (418)

Roll Weight

lbs (kg)

231/287 304/379 398/490 (105/130) (138/172) (181/222)

481/598 (218/272)

265 (120)

210 (95)

445 (202)

475 (215)

170 (77)

155 (70)

265 (120)

cm/sec

Grab Tensile D4632 Strength

lbs (N)

80 (356)

90 (401)

105 (467)

120 (534)

140 (623)

165 (734)

180 (801)

205 (912)

215 (957)

250 (1112)

270 (1202)

300 (1335)

380 (1691)

Elongation D4632 Trapezoid D4533 Tear

% lbs (N)

50 35 (156)

50 40 (178)

50 45 (200)

50 50 (223)

50 60 (267)

50 65 (289)

50 75 (334)

50 80 (356)

50 85 (378)

50 100 (445)

50 115 (512)

50 145 (645)

Puncture

D4833

lbs (N)

45 (200)

55 (245)

65 (289)

70 (312)

85 (378)

90 (401)

105 (467)

120 (534)

125 (556)

155 (690)

175 (779)

240 (1068)

CBR Puncture

D6241

lbs (N)

220 (979)

265 (1179)

300 (1335)

340 (1513)

360 (1602)

400 (1780)

475 (2114)

535 (2380)

600 (2670)

700 (3115)

725 (3226)

830 (3694)

1050 (4673)

Mullen Burst

D3786

psi (kPa)

160 (1103)

185 (1275)

210 (1448)

230 (1586)

280 (1930)

310 (2137)

330 (2275)

350 (2413)

360 (2482)

460 (3171)

580 (3999)

750 (5171)

2.2

2.1

2.0

1.8

1.5

1.3

1.2

0.9

0.7

Water Flow gpm/ft2 D4491 (l/min/m2) Rate

160 (6519)

155 (6315)

145 (5908)

135 (5501)

115 (4886)

110 (4482)

95 (3871)

85 (3463)

65 (2648)

50 (2037)

Permeability D4491 cm/sec

0.22

0.25

0.30

0.25

0.20

Apparent US Sieve Opening Size D4751 Number (AOS3) (mm)

100

(0.212)

(0.180)

(0.150)

oz/yd2 D5261 (g/m2)

3.2T (109T)

3.5T (119T)

4.0T (136T)

4.5T (153T)

5.5T (186T)

6.0T (204T)

7.0T (237T)

8.0T (271T)

9.0T (305T)

10.0T (339T)

10.5T (356T)

12.0T (407T)

16.0T (543T)

mils (mm)

45T (1.143T)

50T (1.27T)

55T ( 1.397T)

60T 70T T (1.524 ) (1.778T)

75T (1.905T)

85T (2.159T)

90T ( 2.286T)

95T (2.413T)

100T (2.54T)

100T ( 2.54T)

120T (3.048T)

150T (3.81T)

120EX

125EX

130EX

140EX 145EX

150EX

160EX

180EX

225EX

245EX

250EX

275EX

350EX

ENDURANCE PROPERTIES UV Stability

HYDRAULIC PROPERTIES

Weight

D5261

Thickness

D5199

mils (mm)

PACKAGING

4,5

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

sec-1

PHYSICAL PROPERTIES Weight

PHYSICAL PROPERTIES oz/yd2 (g/m2)

@ 500 D4355 %hrs

Permittivity D4491

HYDRAULIC PROPERTIES

1/08

UNIT

MECHANICAL PROPERTIES

Trapezoid Tear

Civil Nonwoven

Thickness D5199

PACKAGING4,5

Roll Width

ft (m)

Roll Area

yd2 (m2)

500 (418)

Roll Weight

lbs (kg)

125 (57)

135 (61)

150 (68)

170 (77)

208 (94)

230 (104)

260 (118)

290 (131)

315 (143)

350 (159)

365 (166)

410 (186)

530 (240)

1/08

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Needlepunched Nonwoven

Woven Polypropylene

Paving Fabric Properties MARV2

ASTM TEST

UNIT

D4632

Elongation

Properties MARV2

ASTM TEST

AOL

AOM

AOH

AOE

lbs (N)

90 (401)

105 (467)

120 (534)

150 (668)

Grab Tensile Strength

D4632 D4632

MECHANICAL PROPERTIES Grab Tensile Strength

Silt Fence

Environmental Nonwoven UNIT

600EX

800EX 1000EX

1200EX 1600EX

lbs (N)

165 (734)

205 (912)

270 (1202)

310 (1380)

425 (1891)

Grab Tensile Strength

D4632

% lbs (N) lbs (N)

50 65 (289) 95 (423)

50 90 (401) 135 (601)

50 100 (445) 160 (712)

50 120 (534) 180 (801)

50 145 (645) 240 (1068)

Elongation

D4632

Elongation

Trapezoid Tear

D4533

lbs (N)

40 (178)

45 (200)

50 (223)

55 (245)

Trapezoid Tear

D4533

Puncture

D4833

lbs (N)

55 (245)

65 (289)

70 (312)

80 (356)

Puncture

D4833

CBR Puncture

D6241

lbs (N)

N/A

CBR Puncture

D6241

lbs (N)

425 (1891)

535 (2381)

725 (3225)

830 (3694)

Mullen Burst

D3786

psi (kPa)

185 (1275)

210 (1448)

230 (1586)

290 (1999)

Mullen Burst

D3786

psi (kPa)

315 (2172)

420 (2895)

500 (3447)

650 (4481)

UV Stability

D4355

ASPHALT RETENTION AND MELTING POINT Asphalt Retention

D6140

gal/yd (l/m2)

0.25 (1.13)

0.30 (1.36)

Melting Point

D276

F (C)

302 (150)

PHYSICAL PROPERTIES

Weight

D5261

oz/yd (g/m2)

3.5 (119)

Thickness

D5199

mils (mm)

PACKAGING4,5

Roll Area Roll Weight

D4355

4.1 (140)

4.6 (156)

6 (203)

50T 55T (1.27T) (1.397T)

60T (1.524T)

AOL

AOH

AOM

% @ 500 hrs

lbs (N)

80 (356)

90 (400)

GTF 100

GTF 150

GTF 200S

GTF 200

GTF 250

GTF 270

GTF 300

123/101 (550/450)

150/100 (668/445)

150 (668)

180 (801)

200 (890)

250 (1110)

270 (1201)

315 (1401)

20/15

D4533

lbs (N)

25 (111)

30 (133)

50 (222)

40 (178)

60 (267)

70 (312)

75 (334)

90 (400)

100 (445)

120 (534)

Puncture

D4833

lbs (N)

N/A

60 (267)

70 (312)

80 (356)

100 (445)

120 (534)

150 (667)

1200 (5340)

CBR Puncture

D6241

lbs (N)

N/A

250 (1112)

350 (1558)

475 (2114)

550 (2448)

700 (3115)

900 (4005)

925 (4116)

1000 (4450)

800 (5515)

Mullen Burst

D3786

psi (kPa)

N/A

280 (1930)

N/A

305 (2103)

400 (2757)

500 (3447)

600 (4137)

630 (4343)

%@ 500 hrs

D4491

sec-1

0.050

0.150

0.080

0.100

0.080

0.050

N/A

10 (407)

5.6 (228)

7.4 (302)

6.0 (244)

4.0 (163)

1.5

1.4

1.2

0.9

0.5

Permittivity

110 (4482)

100 (4075)

85 (3463)

65 (2648)

40 (1630)

Water Flow Rate

D4491

gpm/ft2 (l/min/m2)

UV Stability

D4355

HYDRAULIC PROPERTIES

Water Flow Rate

D4491

gpm/ft (l/min/m2)

Permeability

D4491

cm/sec

0.25

0.20

Permeability

D4491

(cm/sec)

0.010T

0.005T

Apparent Opening Size (AOS3)

US Sieve Number

100

(0.180)

(0.150)

US Sieve Number (mm)

D4751

(mm)

Apparent Opening Size (AOS3 )

D4751

(0.600)

(0.425)

(0.300)

oz/yd2

1.8T

2.2T

3.2T

2.4T

3.3T

4.5T

5.0T

5.5T

5.9T

6.8T

(g/m )

(60 )

(75 )

(109 )

(82 )

(113 )

(152 )

(170 )

(187 )

(200 )

(231T)

mils (mm)

N/A

16T (0.406T)

N/A

18T (0.457T)

20T (0.508T)

21T (0.533T)

26T (0.660T)

28T (0.711T)

GTF 160SF

GTF 170SF

180SF/190SF

GTF 100

GTF 150

GTF 200S

GTF 200

GTF 250

GTF 270

GTF 300

PHYSICAL PROPERTIES

D5261

75T (1.905T)

Thickness

D5199

AOE

PACKAGING4,5

ft (m)

10.5/12.5 10.5/12.5 10.5/12.5 10.5/12.5 (3.20/3.81) (3.20/3.81) (3.20/3.81) (3.20/3.81)

Roll Width

yd2 (m2)

420/500 420/500 420/500 420/500 (351/418) (351/418) (351/418) (351/418)

Roll Area

lbs (kg)

125/145 143/167 159/186 (57/66) (65/76) (72/84)

Roll Weight

oz/yd2 (g/m2)

6 (204)

8 (271)

mils (mm)

75T (1.905T)

95T (2.413T)

600EX

800EX

ft (m)

10 (339)

12 (407)

16 (543)

Weight

D5261

110T 120T 175T (2.794T) (3.048T) (4.445T)

Thickness

D519

1000EX 1200EX 1600EX

PACKAGING4,5

12.5/15 12.5/15 12.5/15 12.5/15 12.5/15 (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57) (3.81/4.57)

GTF

ft (m)

3 (0.914)

yd2 (m2)

1000 (836)

600/800 (501/669)

lbs

117 (53)

141 (64)

204 (92.6)

101/135 (46/61)

139/185 (63/84)

190/253 (86/115)

205/273 (93/139)

230/307 (104/124)

247/330 (112/150)

270/360 (123/163)

yd2

500 (418)

Roll Area

lbs (kg)

250 (114)

320 (145)

400 (182)

480 (218)

572 (260)

Roll Weight

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Roll Width

(m2)

1/08

GTF GTF 170SF 180SF/190SF

ENDURANCE PROPERTIES

HYDRAULIC PROPERTIES Permittivity D4491 sec-1

Weight

207/243 (94/110)

GTF 160SF

D4632

PHYSICAL PROPERTIES 2

Roll Width

UV Stability

UNIT

Trapezoid Tear

ENDURANCE PROPERTIES

% @ 500 hrs

ASTM TEST

MECHANICAL PROPERTIES

ENDURANCE PROPERTIES

Properties MARV2

Woven Slit Film

(kg)

1/08

12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5 12.5/15/17.5

(3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33) (3.81/4.57/5.33)

Authorized Distributor:

2550 West Fifth North St. • Summerville, SC 29483 • 800.445.4675 • 843.873.5800 • Fax: 843.875.8276 • www.thracelinq.com • geo@thracelinq.com

Mirafi® N-Series Nonwoven Polypropylene Geotextiles for Soil Separation and Drainage

TenCateTM develops and produces materials that function to increase performance, reduce costs and deliver measurable results by working with our customers to provide advanced solutions. The Difference Mirafi® N-Series Nonwoven Geotextiles Make: • Construction. Mirafi® N-Series polypropylene nonwoven geotextiles easily conform to the ground or trench surface for troublefree installation. • Strength. Mirafi® N-Series geotextiles withstand installation stresses with high puncture and tear resistance. • Drainage. High permittivity properties provide high water flow rates while providing excellent soil retention. • Environmental. Mirafi® N-Series geotextiles are chemically stable in a wide range of aggressive environments. • Cost Effective. Mirafi® N-Series geotextiles provide economical solutions to many civil engineering applications including a cost-effective alternative to graded-aggregate filters.

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

APPLICATIONS Mirafi® N-Series nonwoven geotextiles are used in a wide variety of applications including soil separation and drainage applications. Lightweight nonwovens are predominantly used for subsurface drainage applications along highways, within embankments, under airfields, and athletic fields. For these drainage structures to be effective, they must have a properly designed protective filter.

Mirafi® N-Series Nonwoven Geotextiles

create an effective, long-term drainage solution. INSTALLATION GUIDELINES* French and Trench Drains Geosynthetic Placement

Mirafi® N-Series nonwoven geotextiles eliminate the problems of determining the aggregate gradation required to match soil conditions, finding a convenient and economical source of a specific aggregate gradation, transporting and placing graded aggregate, and assuring that the in-place aggregate gradation provides effective filter performance. Heavyweight nonwovens are used in critical subsurface drainage systems, soil separation, permanent erosion control, and geomembrane liner protection within landfills. These geotextiles provide the required strength and abrasion resistance to withstand installation and application stresses to

Cut geosynthetic to proper width prior to placement. Width should be enough to conform to the trench perimeter with at least a 15cm (6in) top overlap. Place the geosynthetic roll over the trench, and unroll enough geosynthetic that the geosynthetic can be placed down into the trench. Anchor the edges of the geosynthetic with heavy objects to prevent the geosynthetic from falling into the trench. Where overlaps are necessary between rolls, allow for 1m (3ft) overlap from the upstream to the downstream roll. * These guidelines serve as a general basis for installation. Detailed instructions are available from your TenCateTM representative.

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Mirafi速 N-Series Nonwoven Polypropylene Geotextiles for Soil Separation and Drainage Property / Test Method

Units

140NL

140NC

140N

160N

170N

180N

1100N

1120N

1160N

kN (lbs) % kN (lbs) kN (lbs) kN (lbs) % strength

0.4 (90) 50 0.20 (40) 0.2 (55) 1.1 (250) 70

0.4 (100) 60 0.20 (45) 0.3 (65) 1.1 (250) 70

0.5 (120) 50 0.2 (50) 0.3 (65) 1.3 (300) 70

0.7 (160) 50 0.3 (60) 0.4 (95) 1.8 (400) 70

0.80 (180) 50 0.3 (75) 0.5 (105) 2.00 (450) 70

0.9 (205) 50 0.4 (80) 0.5 (110) 2.2 (500) 70

1.1 (250) 50 0.4 (100) 0.7 (155) 3.1 (700) 70

1.3 (300) 50 0.5 (115) 0.8 (175) 3.6 (800) 70

1.7 (380) 50 0.6 (140) 1.0 (235) 4.5 (1000) 70

Apparent Opening Size (AOS) ASTM D 4751 Permittivity ASTM D 4491

US Sieve mm sec-1

60 0.25 2.0

70 0.212 1.8

70 0.212 1.7

70 0.212 1.4

100 0.15 1.2

80 0.180 1.1

100 0.15 1.0

100 0.15 0.8

100 0.150 0.54

Flow Rate ASTM D 4491

l/min/m2 (gal/min/ft2)

5907 (145)

5704 (140)

5500 (135)

4481 (110)

4278 (105)

3870 (95)

3056 (75)

2648 (65)

2037 (50)

Roll Width

m (ft)

Roll Length

m (ft)

3.8 (12.5) 4.5 (15.0) 110 (360)

4.5 (15.0) 91 (300)

Est. Gross Weight

kg (lbs)

74 (164) 89 (197) 418 (500) 502(600)

110 (242)

113 (250)

149 (328)

173 (381)

205 (453)

m2 (yd2)

69 (152) 83(182) 418 (500) 502 (600)

99 (217)

Area

60 (133) 70 (160) 418 (500) 502 (600)

418 (500)

MECHANICAL PROPERTIES

Grab Tensile Strength ASTM D 4632 Strength @ Ultimate Elongation @ Ultimate Trapezoidal Tear Strength ASTM D 4533 Puncture Strength ASTM D 4833 CBR Puncture Strength ASTM D 6241 UV Resistance after 500 hrs. ASTM D 4355 HYDRAULIC PROPERTIES

Packaging

*NOTE: Mechanical Properties and Hydraulic Properties shown are Minimum Average Roll Values (MARV). Apparent Opening Size (AOS) properties shown are Maximum Average Roll Values. (Values and methods could change witout notice)

Mirafi速 N-Series Nonwoven Geotextiles PAVEMENT

MIRAFI N-SERIES

DRAINAGE LAYER

AGGREGATE

PERFORATED PIPE

LINER

MIRAFI N-SERIES

WOVEN GEOTEXTILE

MIRAFI N-SERIES

Cut-off/Inceptor Drain Along a Roadway Or Another Critical Struction

French Drain Without Pipe

Liner Protection Within a Landfill

TenCateTM Geosynthetics North America assumes no liability for the accuracy or completeness of this information or for the ultimate use by the purchaser. TenCateTM Geosynthetics North America disclaims any and all express, implied, or statutory standards, warranties or guarantees, including without limitation any implied warranty as to merchantability or fitness for a particular purpose or arising from a course of dealing or usage of trade as to any equipment, materials, or information furnished herewith. This document should not be construed as engineering advice. Mirafi速 is a registered trademark of TenCateTM Geosynthetics North America.

PDS.N0608

UALITY

GAI-LAP-25-97

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Mirafi® FW-Series Woven Geotextiles for Engineered Filtration

TenCate develops and produces materials that function to increase performance, reduce costs and deliver measurable results by working with our customers to provide advanced solutions. TM

The Difference Mirafi® FW-Series Engineered Filtration Geotextiles Make: • Engineered Filtration. Resists clogging while maintaining flow rates in high gradient and dynamic flow conditions. • Durability. High survivability rating in aggressive installation and loading conditions along with excellent resistance to chemicals in aggressive environments. • Soil Interaction. Superior soil confinement resulting in greater load distribution. • Unique Constructions. Manufactured with highly UV stabilized monofilament and multifilament fibers which provide highly uniform opening size (AOS) while maintaining high long-term flow rates. Mirafi® FWSeries geotextiles are manufactured with highly specialized processes to produce unique physical and hydraulic properties not possible with standard geotextiles, woven or nonwoven.

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

• Seams. Panels can be sewn together inthe factory or field, providing cross-roll direction strength to facilitate installation. APPLICATIONS Mirafi® FW-Series engineered filtration geotextiles are designed for long-term performance in problematic soil or site conditions to ensure clogging resistance, soil retention in erosion control, and subsurface drainage applications. Mirafi® FW-Series geotextiles are used underneath rip rap or concrete revetment systems along inland waterways and coastal shorelines to protect spillways and embankment dams from overtopping flow, encapsulating cut-off drains and collection systems surrounding landfills, filtration within dams. The geotextile is used adjacent to roadways and other critical structures, encapsulating leachate collection systems under landfills while maintaining long-term clogging resistance, and encapsulating edge drains for critical structures in problematic soils. INSTALLATION GUIDELINES* BANK STABILIZATION / ROCK (ARMOR) UNDERLAYMENT

Geotextile Placement Place the geotextile in close contact with the soil, eliminating folds or excessive wrinkles

Mirafi® FW Woven Geotextile

both longitudinally and transversely. The geotextile need not be placed in tension before covering with riprap or other materials. Use care in placing the geotextile to avoid possible damage. The geotextile can be joined by overlapping or sewing. Anchor the geotextile firmly at the top of the slope using an anchor trench. For maximum effectiveness, the trench should be at least 1m (3ft) from the crest of the slope and at least 0.6m (2ft) deep. Thoroughly compact soil in the trench to ensure good anchorage. When placing the geotextile along a stream or other places where water movements are expected, anchor the toe of the geotextile in a similar fashion as at the top to prevent scour beneath it. * These guidelines serve as a general basis for installation. Detailed instructions are available from your TenCate representative. TM

Mirafi速 FW Woven Geotextiles for Engineered Filtration

Property / Test Method MECHANICAL PROPERTIES Wide Width Tensile Strength ASTM D 4595 MD @ Ultimate CD @ Ultimate Grab Tensile Strength ASTM D 4632 MD @ Ultimate CD @ Ultimate MD Elongation @ Ultimate CD Elongation @ Ultimate Trapezoidal Tear Strength ASTM D 4533 MD CD Puncture Strength ASTM D 4833 UV Resistance after 500 hrs. ASTM D 4355 HYDRAULIC PROPERTIES Apparent Opening Size (AOS) ASTM D 4751 Permittivity ASTM D 4491 Percent Open Area COE-02215-86 Flow Rate ASTM D 4491

Units

FW300

FW400

FW402

FW403

FW404

FW500

FW700

kN/m (lbs/ft) kN/m (lbs/ft)

40.3 (2760) 39.4 (2700)

26.3 (1800) 28.9 (1980)

35.0 (2400) 24.5 (1680)

47.3 (3240) 39.4 (2700)

43.8 (3000) 40.3 (2760)

32.1 (2196) 43.8 (3000)

39.4 (2700) 25.4 (1740)

kN (lbs) kN (lbs) % %

1.8 (400) 1.5 (335) 20

1.2 (265) 1.2 (255) 16 15

1.6 (365) 0.9 (200) 24 10

1.9 (425) 1.6 (350) 21 21

1.8 (400) 1.4 (315) 15 15

1.4 (325) 1.9 (425) 15 15

1.6 (370) 1.1 (250) 15 15

kN (lbs) kN (lbs)

0.6 (145) 0.6 (125)

0.4 (80) 0.3 (70)

0.5 (115) 0.3 (75)

0.6 (145) 0.7 (125)

0.7 (150) 0.7 (165)

0.60 (135) 0.67 (150)

0.4 (100) 0.3 (60)

kN (lbs)

0.6 (125)

0.4 (90)

0.6 (150)

0.7 (150)

0.62 (140)

0.5 (120)

% Strength

mm (US Sieve) sec-1

0.600 (30) 1.50

0.425 (40) 0.95

0.425 (40) 2.1

0.425 (40) 0.96

0.425 (40) 0.90

0.300 (50) 0.51

0.212 (70) 0.28

4-6

l/min/m2 (gal/min/ft2)

4685.1 (115)

2851.8 (70)

5907.3 (145)

2851.8 (70)

1426.1 (35)

733.3 (18)

Packaging Roll Width m (ft) 3.8 (12.5) 3.7 (12) 3.8 (12.5) 3.8 (12.5) 4.5 (15) 3.7 (12) 3.7 (12) Roll Length m (ft) 91 (300) 91 (300) 91 (300) 91 (300) 91 (300) 91 (300) 91 (300) Est. Gross Weight kg (lbm) 100 (221) 72 (159) 76.6 (169) 105 (232) 132 (292) 96 (212) 74 (164) 348 (417) 334 (400) 348 (417) 348 (417) 418 (500) 334 (400) 334 (400) Area m2 (yd2) *NOTE: Mechanical Properties and Hydraulic Properties shown are Minimum Average Roll Values (MARV). Apparent Opening Size (AOS) properties shown are Maximum Average Roll Values. NP - Not Published

Mirafi速 FW Woven Geotextiles

Shoreline Erosion Control

Leachate Colletion System

Cut-off/Interceptor Drain Along a Roadway

TenCate Geosynthetics North America assumes no liability for the accuracy or completeness of this information or for the ultimate use by the purchaser. TenCateTM Geosynthetics North America disclaims any and all express, implied, or statutory standards, warranties or guarantees, including without limitation any implied warranty as to merchantability or fitness for a particular purpose or arising from a course of dealing or usage of trade as to any equipment, materials, or information furnished herewith. This document should not be construed as engineering advice. Mirafi速 is a registered trademark of TenCateTM Geosynthetics North America.

PDS.FW1208

UALITY

GAI-LAP-25-97

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Mirafi® HP-Series Woven Polypropylene Geotextiles for Stabilization and Soil Reinforcement Applications TenCateTM develops and produces materials that deliver increased performance, reduce costs and measurable results when working with our customers to provide advanced solutions utilizing Mirafi® HP geotextiles that make a difference. The Difference Mirafi® HP-Series HighPerformance Geotextiles Make: • Reinforcement Strength. Higher tensile modulus properties per ASTM D 4595 than any comparable stabilization product. • Separation and Filtration. Unique geotextile weave provides excellent separation factors with controlled filtration and drainage. Uniform openings provide same filtration and flow characteristics as that of a fine to coarse sand layer. • Durability. Superior damage resistance for moderate to severe stress installations. • Soil Interaction. Superior soil confinement resulting in greater load distribution. • Roll Sizes. Mirafi® HP geotextiles come in multiple roll sizes to fit your project requirements. • Seams. Panels can be sewn together in the factory or field, providing cross-roll direction strength to facilitate installation.

APPLICATIONS When high performance, flexibility and versatility are necessary, Mirafi® HP geotextiles make the difference for varying application needs including: base course reinforcement and subgrade restraint for road and railway construction; embankment stabilization on soft foundations; reinforcement for mechanically stabilized earth (MSE) structures; liner support, voids bridging, reinforcement over soft hazardous pond closures and other environmental market applications. INSTALLATION GUIDELINES* Geotextile Placement Direct placement of the geotextile on the prepared site is usually preferable. Generally, it is advisable to leave vegetative cover such as grass and weeds in place to provide a support matting for construction activities. The geotextile should be rolled out flat and tight with no wrinkles or folds. The rolls should be oriented as shown on plans to insure the principal strength direction of the material is placed in the correct orientation. Adjacent rolls should be overlapped or seamed as a function of subgrade strength (CBR).

Fill Placement Fill should be placed directly over the Mirafi® HP geotextile in 20cm (8in) to 30cm (12in) loose lifts. For very weak subgrades, 45cm (18in) lifts or thicker lifts may be required to stabilize the subgrade, as directed by the engineer. Most rubber-tired vehicles can be driven at slow speeds, less than 16km/h (10mph) and in straight paths over the exposed geotextile without causing damage to the geotextile. Sudden braking and sharp turning should be avoided. Tracked construction equipment should not be operated directly upon the geotextile. A minimum fill soil thickness of 15cm (6in) is required prior to operation of tracked vehicles over the geotextile. Turning of tracked vehicles should be kept to a minimum to prevent tracks from displacing the fill and damaging the geotextile. * These guidelines serve as a general basis for installation. Detailed instructions are available from your TenCateTM representative.

Prior to fill placement, the Mirafi® HP geotextile should be held in place using suitable means such as pins, piles of soil, etc. so that it does not move around during fill placement. Mirafi® HP-Series High-Performance Geotextile

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

Mirafi速 HP-Series Woven Polypropylene Geotextiles for Stabilization and Soil Reinforcement Applications

Property Test Method Mechanical Properties Wide Width Tensile Strength Strength @ Ultimate (MD)

ASTM D 4595

Strength @ Ultimate (CD)

ASTM D 4595

Strength @ 2% Strain (MD)

ASTM D 4595

Strength @ 2% Strain (CD)

ASTM D 4595

Strength @ 5% Strain (MD)

ASTM D 4595

Strength @ 5% Strain (CD)

ASTM D 4595

Wide Width Factory Seam Strength

ASTM D 4884

HYDRAULIC PROPERTIES Apparent Opening Size Permittivity

ASTM D 4751 ASTM D 4491

Units

HP270

HP370

HP565

HP570

HP665

HP770

PP200 PP300

kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft)

38.5 (2640) 35.9 (2460) 7.0 (480) 8.6 (588) 17.7 (1212) 19.8 (1356) 18.4 (1250)

47.3 (3240) 39.4 (2700) 7.9 (540) 7.9 (540) 19.8 (1356) 22.8 (1560) 24.6 (1688)

61.3 (4200) 70.0 (4800) 7.9 (540) 19.3 (1320) 22.8 (1560) 35.0 (2400) 35.0 (2400)

70.0 (4800) 70.0 (4800) 14.0 (960) 19.3 (1320) 35.0 (2400) 38.0 (2604) 43.8 (3000)

70.0 (4800) 96.3 (6600) 4.4 (300) 25.4 (1740) 17.5 (1200) 61.3 (4200) 52.5 (3600)

105.1 (7200) 70.1 (4800) 16.6 (1140) 21.0 (1440) 52.5 (3600) 43.8 (3000) 43.8 (3000)

200 300 (13706) (20559) 40.0 40.0 (2741) (2741) 25 n/a (1713) n/a n/a n/a n/a n/a 80.0 100 (5483) (6853) n/a n/a n/a n/a 20.0 20.0 (1370) (1370)

US Sieve mm sec-1

30 0.600 0.70

30 0.600 0.52

40 0.425 0.025

30 0.600 0.40

40 0.425 0.26

30 0.600 0.23

30 0.600 0.40

30 0.600 0.20

Packaging

Units

HP270

HP370

HP565

HP570

HP665

HP770

PP200

PP300

Roll Width

m (ft)

4.0 (13.1)

4.5 (15.0)

5.2 (17)

5 (16.4)

m (ft)

50 (164)

91 (300)

200 (656)

Est. Gross Weight

Roll Length

kg (lbs)

46 (102)

121 (266)

202 (445)

215 (475)

253 (558)

242 (534)

620 (1370)

790 (1745)

Area

m2 (yd2)

201 (239)

418 (500)

1040 (1239) 1000 (1195)

* NOTE: All Mechanical Properties and Hydraulic Properties shown are Minimum Average Roll Values (MARV).

Mirafi速 HP-Series Woven Polypropylene Geotextiles Mirafi HP-Series Geotextile

Miscellaneous Landfill Use

natural grade

Wheel Load Z

3 1

VOID

Mirafi HP-Series Liner System Geotextile to Span Voids

Aggregate Base

Fill Embankment

Mirafi HP-Series Geotextile Subgrade

VOID

Weak Foundation Soil

Landfill Liner Reinforcement

Embankments Over Soft Soils

Subgrade Load Distribution

PDS.HP0208

UALITY

GAI-LAP-25-97

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Mirafi® RSi - Series Woven Geosynthetics for Soil Stabilization and Base Course Reinforcement Applications TenCateTM develops and produces materials that deliver increased performance, reduce costs and measurable results to provide advanced solutions utilizing Mirafi® RSi geosynthetics that make a difference. The Difference Mirafi RSi-Series Woven Integrated* Geosynthetics Make: ®

• Modulus. Separation. Confinement. Water flow. Product identification. Superior integration*. • Reinforcement Strength. Higher tensile modulus properties than the leading stabilization products. • Separation and Filtration. Unique double layer construction provides an excellent separation factor with superior filtration and drainage. Uniform openings provide consistent filtration and flow characteristics of a fine to coarse sand layer. • Soil and Base Course Interaction. Excellent soil and base course confinement resulting in greater load distribution. • Durability. Robust damage resistance for moderate to severe stress installations. • Roll Sizes. Mirafi® RSi Series geosynthetics come in several roll sizes to fit project requirements.

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

• Seams. Panels can be seamed in the factory or field, providing cross-roll direction strength to facilitate efficient installation. APPLICATIONS When superior performance, flexibility and versatility are necessary, Mirafi® RSi Series geosynthetics make the difference for varying application needs including: base course reinforcement and subgrade stabilization for road, runway and railway construction; embankment stabilization on soft foundations; reinforcement for mechanically stabilized earth (MSE) structures; liner support, voids bridging, reinforcement over soft hazardous pond closures and other environmental market applications. INSTALLATION GUIDELINES** Geosynthetic Placement Direct placement of the geosynthetic on the prepared site is usually preferable. Generally, it is advisable to leave vegetative cover such as grass and weeds in place to provide a support matting for construction activities. The geosynthetic should be deployed flat and tight with no wrinkles or folds. The rolls should be oriented as shown on plans to insure the principal strength direction of the material is placed in the correct orientation. Adjacent rolls should be overlapped or seamed as a function of subgrade strength (CBR). Prior to fill place ment, the Mirafi® RSi Series geosynthetics should be held in place using suitable means

Mirafi® RSi-Series Woven Geosynthetic

such as pins, piles of soil, etc. to limit movement during fill placement. Fill Placement Fill should be placed directly over Mirafi® RSi geosynthetic in 20cm (8in) to 30cm (12in) loose lifts. For very weak subgrades, 45cm (18in) lifts or thicker lifts may be required to stabilize the subgrade, as directed by the engineer. Most rubber-tired vehicles can be driven at slow speeds, less than 16km/h (10mph) and in straight paths over the exposed geosynthetic without causing damage. Sudden braking and sharp turning should be avoided. Tracked construction equipment should not be operated directly upon the geosynthetic. A minimum fill soil thickness of 15cm (6in) is required prior to operation of tracked vehicles over the geosynthetic. Turning of tracked vehicles should be kept to a minimum to prevent tracks from displacing the fill and damaging the geotextile. ** These guidelines serve as a general basis for installation. Detailed instructions are available from your TenCateTM representative.

Visit www.mirafi.com for a demonstration video

*Integration refers to the overall set of described characteristics based on a review of technical specifications for comparable products published by their respective manufacturers. Individual characteristics of these products vary and may meet, exceed, or fall below one or more of the above described individual characteristics.

Mirafi® RSi - Series Woven Geosynthetics for Soil Stabilization and Base Course Reinforcement Applications

Test Method

Unit

RS580i

ASTM D 4595 ASTM D 4595

kN/m (lbs/ft) kN/m (lbs/ft)

350 (24000) 1313 (90000)

Flow Rate

ASTM D 4491

3056 (75)

Permittivity

ASTM D 4491

l/min/m2 (gal/min/ft2) sec-1

mm (U.S. Sieve)

0.43 (40)

Mechanical Properties STRENGTH Tensile Modulus @ 2% strain (MD) Tensile Modulus @ 2% strain (CD)

HYDRAULIC

1.0

SOIL RETENTION Apparent Opening Size (AOS)1

ASTM D 4751

SOIL INTERACTION Interaction Coefficient2

ASTM D 5321

---

0.9

Factory Seam Strength

ASTM D 4884

kN/m (lbs/ft)

43.8 (3000)

UV Resistance (at 500 hours)

ASTM D 4355

% strength retained

Test Method

Unit

Typical Value

-----

m (ft) m2 (ft)2 m (yd ) kg (lbs)

4.5 (15) 91 (300) 418 (500) 188 (415)

1 ASTM D 4751: AOS is Maximum Opening Diameter Value 2 Interaction Coefficient value is for sand or gravel

Physical Properties Roll Width Roll Length Roll Area Estimated Roll Weight Mirafi® RSi Series Woven Geosynthetics

Mirafi RSi-Series Geotextile Wheel Load Z

Fill Embankment

Aggregate Base Mirafi® RSi-Series Geotextile Subgrade

Weak Foundation Soil

Subgrade Load Distribution

Embankments Over Soft Soils

PDS.RSI0510 Q

UALITY GAI-LAP

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Mirafi® PET High-Strength Woven Polyester Geotextiles for Soil Reinforcement Applications

TenCateTM develops and produces materials that function to increase performance, reduce costs and deliver measurable results by working with our customers to provide advanced solutions. The Difference Mirafi® PET High-Strength Geotextiles Make: • Reinforcement Strength. Higher ultimate tensile strength properties per ASTM D 4595 than any comparable reinforcement product. • Creep Resistance. Polyester fibers provide excellent creep resistance which results in higher long term design strengths per GRIGT7 requirements. • Soil Interaction. Excellent soil confinement resulting in greater load distribution. • Roll Sizes. Mirafi® PET geotextiles come in multiple roll sizes to fit your project requirements. Further, panels can be sewn together, in the factory or field, providing cross-roll direction strength to facilitate installation. • Cost. Woven reinforcement geotextiles provide cost effective strengths for reinforced soil structures.

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

APPLICATIONS Because of their flexibility and versatility, Mirafi® PET geotextiles are used in a variety of soil reinforcement applications, including embankments on soft foundations, retaining walls, and steepened slopes. Environmental applications include liner support, voids bridging, and reinforcement over soft, hazardous pond closures. For any application where long term design of earth reinforcement structures are involved, Mirafi® PET Woven Polyester Geotextiles are logical choices. INSTALLATION GUIDELINES* Site Preparation Direct placement of the geotextile on the prepared site is usually preferable. Generally, it is advisable to leave vegetative cover such as grass and weeds in place to provide a support matting for construction activities. Before unrolling the geosynthetic, verify the roll identification, length, and installation location with the contract drawings. While unrolling the geosynthetic, inspect it for damage or defects. Damage that occurs during storage, handling, or installation shall be repaired as directed by the Engineer.

Mirafi® PET Woven Polyester Geotextile

Orientation of the geosynthetic is of extreme importance since geosynthetics vary in strength with direction. The geosynthetic panel length should be measured in the field then the geosynthetic should be rolled out and cut to the measured length using a razor blade, scissors, sharp knife, or equivalent. Installation of the geotextile must conform to the lines and grades as drawn by the engineer. This may require large roll or panel placement, using manual positioning or equipment-assisted deployment. * These guidelines serve as a general basis for installation. Detailed TM instructions are available from your TenCate representative.

Mirafi速 PET High-Strength Woven Polyester Geotextiles for Soil Reinforcement Applications

PROPERTIES

Test Method

Units

HS400

HS600

HS800

HS1150

PET

HS1715

PET

400/50

PET

600/100

800/100

PET 1000/100

Wide Width Tensile Strength Strength @ Ultimate (MD)

Strength @ Ultimate (CD)

Strength @ 5% Strain (MD)

Strength @ 10% Strain (MD)

Creep Reduced Strength (MD) Long Term Design Strength (MD)

ASTM

kN/m

70.0

105.1

140.1

201.4

300.4

400

D4595

(lbs/ft)

(4800)

(7200)

(9600)

(13800)

(20580)

(27417)

ASTM

kN/m

70.0

52.5

38.5

D4595

(lbs/ft)

(4800)

(3600)

(2640)

(3427)

ASTM

kN/m

15.7

35.0

52.5

70.0

122.6

140

D4595

(lbs/ft)

(1080)

(2400)

(3600)

(4800)

(8400)

(9594)

600

800

(41121)

1000

(54830)

(68537)

100

(6853)

210

280

400

(14392)

(19189)

(27415)

ASTM

kN/m

49.0

84.0

131.3

175.1

245.1

n/a

D4595

(lbs/ft)

(3360)

(5760)

(9000)

(12000)

(16800)

n/a

180.2

240.0

ASTM

kN/m

42.0

63.0

84.0

120.8

D5262

(lbs/ft)

(2880)

(4320)

(5760)

(8280)

(12348) (16447)

kN/m

33.2

49.8

66.4

95.5

(lbs/ft)

(2277)

(3420)

(4553)

(6545)

ASTM

0.43

0.85

0.600

0.850

n/a

4751

(US Sieve)

(40)

(20)

(30)

(20)

n/a

ASTM

-1 sec

0.10

0.32

0.20

0.32

(10205) (13590)

0.10

297.5

598.7 (41037)

GR-GT7

Permittivity

198.3

479.9 (32895)

(sand, silt, clay) Apparent Opening Size

148.9

360 (24671)

(20389)

396 (27139)

494.8 (33915)

n/a

5(16.4)

100(328)

D4491 PACKAGING Roll/Width

m(ft)

4.5(15)

5(16.4)

Roll/Length

m(ft)

91.5(300)

91(300)

200(565) 150(492)

kg(lbs)

131(289)

181(398)

221(490)

324(714)

400(883) 960(2120) 1010(2230) 890(1965) 1143(2519)

m2(yd2)

418(500)

418(500) 1000(1195) 750(896)

Est. Gross Weight Area

500(598)

NOTE: All Mechanical Properties and Hydraulic Properties shown are Minimum Average Roll Values (MARV). MD: Machine Direction, CD: Cross-Machine Direction

Mirafi速 PET Woven Polyester Geotextiles Mirafi PET Geotextile Miscellaneous Landfill Use

Mirafi PET Geotextile

Movement and T ension Develop Along Plane of Failure

4 natural grade

Center for Potential Rotation Failure Plane

Mirafi PET Geotextile

Failure Plane

1 1

Fill Embankment 3 1

Mirafi PET Geotextile to Span Voids

Liner System

void

Soil Shearing Resistance

void

Weak Foundation Soil

Landfill Liner Reinforcement

Embankments Over Soft Soils

Reinforced Soil Slope

TenCateTM

Geosynthetics North America assumes no liability for the accuracy or completeness of this information or for the ultimate use by the purchaser. TenCateTM Geosynthetics North America disclaims any and all express, implied, or statutory standards, warranties or guarantees, including without limitation any implied warranty as to merchantability or fitness for a particular purpose or arising from a course of dealing or usage of trade as to any equipment, materials, or information furnished herewith. This document should not be construed as engineering advice. Mirafi速 is a registered trademark of Nicolon Corporation.

息 2010 TenCate Geosynthetics North America

PDS.PET0110 Q

UALITY GAI-LAP

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Mirafi® BXG Geogrids for Base Course Reinforcement and Soil Stabilization Applications

TenCateTM develops and produces materials that deliver increased performance, reduce costs and measurable results when working with our customers to provide advanced solutions utilizing Mirafi® BXG geogrids that make a difference. The Difference Mirafi® BXG Geogrids Make: • Reinforcement Strength. High tensile modulus properties per ASTM D 6637 for base reinforcement applications. For structures with dynamic short-term loadings, Mirafi® BXG geogrids offer high strength at low strain and are designed for maximum bearing capacity and shear resistance. • True biaxial strengths. Mirafi® BXG geogrids are biaxial grids that exhibit high tensile strength in both longitudinal and transverse directions, making them suitable for base course reinforcement and soil stabilization applications.

Protective & Outdoor Fabrics

Geosynthetics

Aerospace Composites

Industrial Fabrics

Armour Composites

Synthetic Grass

•Durability. Superior damage resistance from moderate to severe stress installations. • Soil Interaction. Superior soil confinement resulting in greater load distribution. A new combination of grid structure and polymers to create optimum soil-grid interaction. • Roll Sizes. Available in multiple roll sizes to fit the project requirements. • Seams. Panels can be sewn together in the factory or field, providing cross-roll direction strength to facilitate installation. APPLICATIONS Mirafi® BXG geogrids deliver strength, longterm performance, reliability and quick installation for base reinforcement for paved roads, construction haul roads, foundation reinforcement, working platforms on weak subgrades, and secondary reinforcement for soil retaining structures.

Mirafi® BXG Geogrid

INSTALLATION GUIDELINES* Prepare the ground by removing stumps, boulders, etc. and fill in low spots. Unroll the Mirafi® BXG geogrids directly over the ground to be stabilized. If more than one roll width is required, overlap rolls. Place the aggregate onto previously installed geogrid. Maintain 150mm (6in) to 300mm (12in) cover between truck tires and geosynthetic. Compact the aggregate over the Mirafi® BXG geogrid to the design thickness, and fill any ruts with new aggregate as specified in the project guidelines. * These guidelines serve as a general basis for installation. Detailed instructions are available from your TenCateTM representative.

Mirafi速 BXG Geogrids for Base Course Reinforcement and Soil Stabilization Applications

Mechanical Properties

Test Method

Units

Tensile Strength (at ultimate) Tensile Strength (at 1% strain) Tensile Strength (at 2% strain) Tensile Strength (at 5% strain) Tensile Modulus (at 1% strain)

ASTM D 6637 ASTM D 6637 ASTM D 6637 ASTM D 6637 ASTM D 6637

kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft) kN/m (lbs/ft)

UV Resistance (at 500 hours)

ASTM D 4355

% strength retained

BXG 11

MD 33.6 (2300) 4.4 (300) 7.3 (500) 13.4 (920) 437.8 (30000)

BXG 12

33.6 (2300) 4.4 (300) 7.3 (500) 13.4 (920) 437.8 (30000)

29.2 (2000) 4.4 (300) 7.3 (500) 13.4 (920) 437.8 (30000)

58.4 (4000) 6.6 (450) 10.9 (750) 19.7 (1350) 656.6 (45000) 70

Aperture size (normal)

mm (inches)

Physical Properties

Units

BXG 11

BXG 12

Roll Width

m (ft)

4 (13.1)

Roll Length

m (ft)

50 (164)

Est. Gross Weight

kg (lbs)

80 (176)

102 (225)

Roll Area

m2 (yd2)

200 (239)

25.4 (1.0)

Mirafi速 BXG Geogrids

Typical Base Reinforcement Cross Sections asphalt aggregate base

BXG

BXG BXG

Mirafi速 Geotextile subgrade Conditions: CBR < 3 Base Course Thickness > 250mm(10")

Conditions: CBR > 3 Base Course Thickness > 250mm(10")

Conditions: CBR > 3 Base Course Thickness <250mm(10")

PDS.BXG1208

UALITY

GAI-LAP-25-97

ACCREDITED LABORATORY

RAN

365 South Holland Drive Tel 800 685 9990 Fax 706 693 4400 Pendergrass, GA 30567 Tel 706 693 2226 www.mirafi.com

ISO 9001 FM 61026

Global GeoSolutions

STRATAGRID is a worldwide leader in the reinforcement of segmental retaining walls!

STRATA SYSTEMS

INNOVATIONS IN ADVANCED SOIL REINFORCEMENT PRODUCTS For over a decade Strata Systems has been at the forefront of the geosynthetics industry in the development of new technology and products for soil reinforcement. Strata Systems has refined the science of soil reinforcement. Our success is a direct result of the power of STRATAGRID® performance and it’s ability to solve common civil engineering problems. Through a combination of the highest quality people and products, Strata Systems has become an industry leader in soil reinforcement. STRATAGRID interacts with soil particles to create a permanent composite soil/geosynthetic structure. These high performance geogrids are constructed of high tenacity polyester yarns utilizing a complex knitting process to provide superior engineering properties.

INNOVATIVE ENGINEERING SOLUTIONS The use of STRATAGRID simplifies construction, reduces site development costs and provides the Engineer with complete confidence in it’s strength and durability. Customers can be assured of making an economically wise investment. Strata’s high performance products have been specifically developed to provide innovative site solutions for dealing with age-old civil engineering problems. With innovative thinking and sound engineering experience, Strata Systems can provide a focused approach in solving almost any geotechnical engineering problem.

APPLICATIONS INCLUDE Highway bridge abutment

• Retaining Walls • Reinforced Steep Slopes • Reinforced Embankments Over Soft Soils • Landslide Repair • Reinforced Foundations

KNITTED

STRATAGRID PRECISION KNITTED GEOGRID

STRATAGRID is a precision knitted geogrid used in an array of applications. The Strata process insures superior quality, consistency and dimensional stability. STRATAGRID offers superior junction integrity and higher coefficient of soil interaction compared to any other polyester grid. STRATAGRID is the standard by which all other products are measured.

Process Superiority STRATAGRID is a geogrid reinforcement for soil that is manufactured with high molecular weight and high tenacity polyester yarn. The yarns are precision knitted into a dimensionally stable network of apertures providing tensile reinforcement capacity in both principle directions. A proprietary UV stabilized saturation coating provides further chemical and mechanical benefits. STRATAGRIDs coating process exposes the polyester fiber to much lower temperatures than other coated geogrids, thereby minimizing fiber degradation. The result is superior stress/strain performance in the final STRATAGRID product.

Not all Geosynthetics are Created Equal The dilemma facing most designers is that all geosynthetic reinforcements are NOT created equal. The long term properties of a reinforcement material are polymer and product dependent. It is important for the designer to specify a minimum certifiable requirement for the polymer itself and ensure that the material has been properly tested according to Industry standards. STRATAGRID requires that the polyester (PET) fibers possess a Molecular Weight greater than 25,000 g/m per GRI: GG8 and a Carboxyl End Group number less than 30 per GRI: GG7. Along with ultimate tensile strength testing, Strata Systems conducts extensive testing on long term creep, chemical and biological durability, and installation damage.

Geogrid Function and Specifications Polymer geogrids have been proven to be a safe and cost effective soil reinforcement. The primary function of the tensile reinforcement in a mechanically stabilized earth structure is to resist the internal lateral earth pressures so that the soil reinforced behaves as a stable coherent gravity mass. Most projects require an extended design life of 75 to 100 years. Extensive long term product testing is performed to ensure the polymer reinforcement maintains its key performance parameters over an extended period of time. STRATAGRID has been extensively tested over the past ten years and meets all applicable engineering standards.

Complete Strata Systems testing and reports are available upon request. Also available is Strata’s Tech Note GS305 “Design Strength Calculations” which details how design strengths for STRATAGRID are determined and summarizes years of testing, research and development.

Industrial Precision Knitting — electron microscopic views of a rib junction and fiber bundle end containing hundreds of high strength polyester filaments.

Unsurpassed Structural Integrity and Versatility The engineer’s ability to increase usable land has become an important economic factor in all segments of property development. Increasingly faced with the challenge of maximizing land use, residential, commercial, and industrial developers as well as transportation and infrastructure facilities designers encounter difficult topographic characteristics and soil conditions. StrataSlopes can substantially increase the usable land for change-of-grade applications. In addition, the additional cost associated with a StrataSlope is significantly less than the costs associated with the comparable alternates. StrataSlopes can lead to many interesting benefits such as creating usable space at the top or toe of the slope and eliminating the expense of costly facing elements.

Applications • Reinforced Steep Slopes • Surficial Stability of Embankments

StrataSlopes provide the most cost effective “change-ingrade” construction technique available. Stratagrid is layered within the compacted soil structure to create a reinforced soil composite that has high internal stability.

• Embankments Constructed Over Weak Soils • Levees • Temporary Walls

StrataSlopes can therefore be constructed more steeply than the soils natural angle of repose. StrataSlopes increase the usable land and offer the site Engineer the flexibility to create stable structures that fit the natural contours of the land.

• Pressure Relief Walls • Bridge Abutment

STRATASLOPES STEEP SLOPE REINFORCEMENT

StrataSlopes are unmatched in their ability to conform to the natural contours of even the most difficult sites. This allows the engineer advanced options in dealing with difficult site conditions.

Create a look to match the architect’s vision StrataSlopes’ versatility allows for various facing options to meet specific site soil and aesthetic requirements. Whether slope faces are vegetated to blend in with the surrounding environment or treated with a myriad of veneers StrataSlopes are the perfect design solution.

Microgrid Facing Wrap & Wire Baskets on a 36 foot .5 to 1 StrataSlope

GEOGRID

STRATAWALLS RETAINING WALL REINFORCEMENT

Segmental retaining walls provide unmatched outer beauty and STRATAGRID provides superior internal strength. These composite structures can be designed to uphold even the most stringent of project requirements. STRATAGRID reinforced walls provide an aesthetically pleasing, quick and cost effect alternative.

Applications • Conventional site retaining walls • Landscaping walls • Lakefront walls • Stream Channelization • Bridge Abutments • Tiered Architectural walls

Advantages • Reduces site development costs • Utilizes on-site soils • Accommodates design variability

Product Specifications

• Minimizes foundation preparation

Complete product specifications are available in both print and digital format. The contents herein are intended to provide designers with a fair and comprehensive guideline for producing project specifications in conformance with state-ofpractice design standards.

• Rapid, simple construction • no special form work • no specialized skilled labor required • no heavy equipment required

Product Properties

• ease of construction in inaccessible sites

Current index and performance properties for the complete line of Strata products are available upon request.

Technical Product Data Tech Notes and Case Studies are available at GEOGRID.COM.

Technical Support Strata supports the use of local qualified engineers for routine designs, drawings, and site investigations. We work closely with engineers throughout North America regarding current state-of-practice design methods and product properties. For more complicated problems and solutions, Strata offers direct engineering assistance on a case-by-case basis, using nationally known experts in the field of soil reinforcement.

CASE STUDY PACES PROPERTIES

Show cased here is an Atlanta based hotel property featuring a combination STRATAGRID reinforced steep slope and segmental retaining wall structure. Though the location of the site was highly desirable the existing topography was complicated and posed a challenge to the site engineer. A deep ravine and limited right of way due to grade separation required a grade change of 58 feet in order to make the site accessible. After analyzing several options the engineer chose a STRATAGRID reinforced wall/slope combination. A 20 foot 2 to 1 reinforced steep slope with a 38-foot vertical reinforced segmental retaining wall met the land use requirements and also allowed for optimum flexibility while minimizing site development costs. Slope stability analysis showed the critical failure surface passing behind and under the wall reinforced zone, therefore the 2 to 1 slope required STRATAGRID reinforcement. Geogrid lengths of up to 50 feet were required to satisfy a factor of safety of 1.5 for global stability. The 2 to 1 slope was vegetated to blend into the natural surroundings. The STRATAGRID reinforced slope provided a stable platform for the 38 ft segmental retaining wall. The wall/slope configuration optimized cut and fill requirements and minimized the need for importing offsite soil. The STRATAGRID reinforced wall/slope combination not only allowed optimum flexibility for difficult site conditions, but also minimized site development costs while creating an aesthetically pleasing solution.

Considerations were made to address the sites specific requirements which included heavy cyclical load, saturated foundation soils and steep sided slopes. The site would further be complicated by the adjacent waterways’ influence and it’s particular environmental issues.

CANADIAN NATIONAL RAILWAYS

It was determined after an extensive geotechnical investigation that the embankment would not be stable without significant geosynthetic reinforcement. The inclusion of multiple layers of STRATAGRID would vastly improve the overall structural performance of the mass, adding tensile resistance to the inherent shear strength of the soil. STRATAGRID was specifically recommended because of it’s high degree of interaction with soil particles allowing even distribution of heavy loads.

The advanced technology of geogrid structured soil reinforcement created a unique opportunity to replace a 63 year old steel girder railway bridge with a geosynthetic reinforced soil embankment.

Global GeoSolutions 380 Dahlonega Road, Suite 200, Cumming, GA 30040 USA (770) 888-6688 1-800-680-7750 Fax: (770) 888-6680 Email: strata@geogrid.com Website: geogrid.com © 2003, Strata Systems, Inc. Specifications subject to change without notice. The products are specifically designed for the applications listed herein. The sizing, use and selection of the products should be completed by a competent professional. The performance data herein reflect strata systems, inc.’s expectation based on tests conducted in accordance with recognized standard methods. The sale of these products shall be subject to the terms and conditions of sale as set forth in Strata Systems, Inc.’s sales forms. Such terms and conditions of sale will provide that Strata Systems, Inc. will have no liability for consequential damages and will include certain limited express warranties concerning these products. All other express and implied warranties of merchantability and fitness for a particular purpose are disclaimed by Strata Systems, Inc. no agent, employee or representative of Strata Systems, Inc. is authorized to modify this disclaimer.

Geogrids for Base

Warehouse locations:

ERO-TEX supplies multi-layered geogrids to provide reinforcement for weak subgrades, create a working platform, and to comply with U.S. Patent laws that prevent other single layer geogrids from being used. ERO-TEX has supplied multi-layered grids on many Department of Transportation projects during the past decade.

Itasca IL

MS-220

MS-330

Morton IL

13.1’x328’=478 SY/roll

13.1’x164’=239 SY/roll

Kaukauna WI

Installation: Remove outer protective wrapping, unroll, overlap as required and place material or pins on grid to hold in place until aggregate placement.

Menomonee Falls WI Nekoosa WI ERO-TEX N94 W14330 Garwin Mace Drive Menomonee Falls WI 53051

www.ero-tex.net

866 437-6839 toll free

J-DRain

ESR-1901

Product Catalog

Prefabricated Drainage Composites

J-DRain WALL DRAINAGE COMPOSITE

’s: idth

ll w e ro l b et ila ava ½ fe New ½ , & 8 4,6

J-Clip Corner Option 2

Side-Outlet

End-Outlet

J-DRain SWD BASE COLLECTION

Collected water to inside sump for full in ground basements

PEDESTRIAN TRAFFIC PAVERS

J-DRain

MEMBRANE

CONCRETE SLAB

VEHICULAR TRAFFIC TOPPING SAND BED

MEMBRANE

J-DRain CONCRETE SLAB

JDR Enterprises, Inc.

292 S. Main St., Suite 200 Alpharetta, GA 30004 (800) 843-7569 (770) 442-1461

info@j-drain.com www.j-drain.com

J-DRain Products & Accessories DIMPLE CORE SHEET DRAINS J-DRain 200/220 * [DIMPLE DRAIN CORE / NON-WOVEN GEOTEXTILE]

J-DRain 400/420 * [DIMPLE DRAIN CORE / NON-WOVEN GEOTEXTILE]

An excellent choice for light commercial and residential construction. Maintains a very high flow rate for shallow depths (less than 20’). Use with J-DRain SWD-6 or SWD-12 Collection System for best results. Flow rate: 18 gpm Compression: 11,000 psf

Maintains a very high flow rate while providing a higher compressive strength for greater depths. A very popular choice for vertical and horizontal single sided drainage applications. Use with J-DRain SWD-6 or SWD-12 Collection System for best results on vertical applications. Flow rate: 21 gpm Compression: 15,000 psf

Dimple Drain Core Non-Woven Geotextile

J-DRain 400XL/420 XL [H. D. DIMPLE DRAIN CORE / H. D. NON-WOVEN GEOTEXTILE]

Designed for extra heavy duty vertical applications that demand greater compressive strength and improved filtration for challenging soil conditions. Flow rate: 21 gpm Compression: 16,500 psf

J-DRain 780

Engineered for heavy duty horizontal applications with improved compressive strength and greater filtration properties. Flow rate: 23 gpm Compression: 21,000 psf

[DIMPLE DRAIN CORE / IMPROVED COMPRESSIVE STRENGTH & A H. D. NON-WOVEN GEOTEXTILE]

J-DRain 700/720

Engineered for heavy duty horizontal applications such as parking decks, split slab, and plaza decks. Very suitable to receive concrete toppings.

[H. D. DIMPLE DRAIN CORE / H. D. WOVEN GEOTEXTILE]

Flow rate: 23 gpm Compression: 21,000 psf

J-DRain 990 Dimple Drain Core Woven Geotextile

Specifically designed for projects demanding the highest compressive strength and filtration such as split slab, under slab, and plaza decks. Withstands the abuse of vehicular traffic. Suitable to receive concrete topings.

[DIMPLE DRAIN CORE / IMPROVED COMPRESSIVE STRENGTH & A H. D.WOVEN MONOFILAMENT GEOTEXTILE]

Flow rate: 24 gpm Compression: 30,000 psf

* 220 , 420, 420XL, & 720 are identical to 200, 400, 400XL, & 700 with the addition of a membrane protective film on the back side

GEONET CORE J-DRain 300/302 [VERY HEAVY DUTY GEONET DRAIN CORE / NON-WOVEN GEOTEXTILE]

This very heavy duty Geonet Composite has long been the choice of Architects and Engineers for the most rigorous and demanding applications requiring heavy duty vehicular traffic. Most suitable for under slab, split-slab, and other demanding applications. 302 provides for two sided drainage with fabric on both sides for applications such as roadways. Flow rate: 9 gpm Compression: 30,000 psf

J-DRain 1000 [VERY HEAVY DUTY GEONET DRAIN CORE / NON-WOVEN GEOTEXTILE. INCLUDES A MEMBRANE PROTECTION FABRIC BONDED TO BOTTOM SIDE]

1000 is a modified version of 302 with the same demanding applications. It has a special heavy grey geotextile bonded to the bottom side for membrane protection. Flow rate: 9 gpm Compression: 30,000 psf

MODULAR FOUNDATION DRAINAGE & COLLECTION ESR-1901

J-DRain SWD-6 & 12 J-DRain SWD - 6 & 12 provide a very economical drainage system for retaining & foundation walls. Fittings are used at corners and transitions to pipe for transferring water to daylight or interior sump. Provided in 6” & 12” widths. The base collection system is very suitable to be used with other J-DRain wall drainage composites such as 200 & 400.

J-DRain WALL DRAINAGE COMPOSITE

’s: dth

wi oll le r t b a e il ava ½ fe New ½ , & 8 6 4,

J-Clip Corner Option 2

Side-Outlet

End-Outlet

J-DRain SWD BASE COLLECTION

Collected water to inside sump for full in ground basements

J-DRain Products & Accessories MORTAR DEFLECTION DEVICE

WALL CLADDING DRAINAGE Applications

Thickness Width Length 0.4” 10” 5’ 1.0” 10” 5’

Rigid Insulation

Pkge Qty 300 lf 200 lf

Flashing

J-DRain-net is a 3-dimensional, double dimple, drainage core. It is designed to retain mortar while allowing water and moisture to pass through the drain core to weeps for easy removal of water.

Stucco Brick Wood Siding Cement Siding Manufactured Stone Thin-set Tile

J-DRain-IT is a 3-dimensional, double dimple, drainage core with filter fabric. It is designed to provide two sided ventilation and drainage for both the wall and exterior wall cladding.

Weep Hole

Thickness 0.25” * 0.40”

Width 36” 36”

Length 50’ or 100’ 50’ or 100’

J-DRain-IT

*Available to meet Canadian 10mm code requirements.

GREEN ROOF DRAINAGE J-DRain GRS

a thick, perforated dimple core promotes excellent drainage while storing rainwater (1.1 Gal/10 sq.ft) in dimpled cups for later plant consumption. Special root resistant fabric helps prevent root penetration into the drain layer. Contact our design professionals for design assistance.

J-DRain 400RB

Is another very unique product designed specifically for greenroofs. Special root resistant fabric attached to the dimple side of 400 core. Used primarily in sloped roofs. Again, due to the many design variables, we suggest contacting our design professionals for assistance.

ATHLETIC FIELD & LANDSCAPE DRAINAGE J-DRain MVP-6 & 12

are drainage composites for providing drainage in athletic field and landscape applications. MVP-6 is well suited for providing easy to install trench drains by requiring only shallow, narrow trenches and eliminating gravel backfill. Used primarily in landscape, natural turf athletic fields, golf courses and many other applications. MVP-12 is placed horizontally across the synthetic turf fields and playgrounds and sloped to sideline trenches. The amount of gravel backfill is greatly reduced and eliminates trench excavation costs.

J-DRAIN ACCESSORIES 6” & 12” END OUT

6” & 12” CORNER

6” ONLY STEP DOWN

J-DRain SWD & MVP Fittings

J-Drain Access Box

GRS Root Resistant Filter Fabric 4.5’ x 50’/roll

6” & 12” SPLICE

6” & 12” END OUT

6” ONLY T-CONNECTOR

2” x 108’

J-DRain

J-TAPE

J-Tape JDR Enterprises, Inc. 292 South Main Street, Suite 200 Alpharetta, GA 30004-1950

http://www.j-drain.com

stu re

6” ONLY END CAP

ffe 800-843-7569 lie-M a c te d by Oil-Acid-Alk

J-CLIPS

DRAINAGE CORE PHYSICAL PROPERTIES WIDTH PRODUCTS feet (meters)

THICKNESS (ASTM D 1777) inch (mm )

COMPRESSION (ASTM D 1621) psf (kNm2)

.40 (10.16) .40 (10.16) .40 (10.16) .40 (10.16) .40 (10.16) .40 (10.16)

11,000 (527) 15,000 (718) 16,500 (790) 21,000 (1005) 21,000 (1005) 30,000 (1436)

FLOW (ASTM D 4716) gal/min/ft (L/min/m)

DIMPLE CORE 200/220 400/420 400/420XL 700/720 780 990

4, 6.5, 8.5 4, 6.5, 8.5 4, 6.5, 8.5 4, 6.5, 8.5 4, 6.5, 8.5 4 (1.22)

(1.22, 1.98, 2.59) (1.22, 1.98, 2.59) (1.22, 1.98, 2.59) (1.22, 1.98, 2.59) (1.22, 1.98, 2.59)

18 (223) 21 (261) 21 (261) 23 (286) 23 (276) 24 (298) (Hydraulic Gradient = 1)

GEONET CORE 300/302 1000

4, 7 (1.22, 2.13) 4 (1.22)

.25 (6.35) .25 (6.35)

40,000 (1915) 40,000 (1915)

8.5 (106) 8.5 (106) (Hydraulic Gradient = 1)

GREEN ROOF GRS 400 RB

4 (1,22) 4 (1.22)

1.0 (25.4) .25 (6.35)

9,500 (455) 15,000 (718)

30 (372) (HG=.1) 21 (261) (HG=1)

6”,12”,18”,24”,36” 6”,12”

1.0 (25.4) 1.0 (25.4)

8,500-11,000 (407-527) 8,500-11,000 (407-527)

30 (372) 30 (372)

STRIP DRAIN SWD MVP

(Hydraulic Gradient = .1)

FILTER FABRIC PHYSICAL PROPERTIES PRODUCTS

APPARENT OPENING SIZE (ASTM D 4751) U.S. STAND. SIEVE (mm)

WATER FLOW RATE (ASTM D 4491) gal/min/ft2 (l/min/m2)

GRAB TENSILE (ASTM D 4632) lbs. (Kn)

GRAB ELONGATION (ASTM D 4632) %

PUNCTURE (ASTM D 4833) lbs. (Kn)

70 (0.21) 70 (0.21) 70 (0.21) 40 (0.12) 100 (0.15) 40 (0.12)

140 (5704) 140 (5704) 110 (4480) 60 (2443) 100 (4073) 60 (2443)

100 (0.45) 100 (0.45) 160 (0.71) 370 (1.64) 205 (0.90) 370 (1.64)

60 60 50 15 50 15

65 (0.30) 65 (0.30) 95 (0.42) 120 (0.53) 130 (0.58) 120 (0.53)

70 (0.21) 70 (0.21)

140 (5704) 140 (5704)

100 (0.45) 100 (0.45)

60 50

65 (0.30) 95 (0.42)

140 (5698)

54.2 (0.24)

140 (5698) 95 (3866)

100 (0.45) 110 (0.49)

DIMPLE CORE 200/220 (4ozNW) 400/420 (4ozNW) 400/420XL (6ozNW) 700/720 (Woven) 780 (8ozNW) 990 (Woven)

GEONET CORE 300/302 (4ozNW) 1000 (grey6ozNW)

GREEN ROOF GRS/400RB (root res.)

STRIP DRAIN SWD (4ozNW) MVP (spunbound)

70 (0.21) 50 (0.15)

JDR Enterprises, Inc.

292 S. Main St., Suite 200 Alpharetta, GA 30004 (800) 843-7569 (770) 442-1461

65 (0.30) 30 (0.14)

info@j-drain.com www.j-drain.com

3 PRESTO PRODUCTS

ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

# Ë -ËVË # Ë+ -0! -

creating

sustainable environments™

GEOWEB

cellular conﬁnement system PRODUCT C A T A L OG

our commitment: providing the highest quality products/solutions

solving challenging soil stabilization problems

M ADE IN THE USA

For the most advanced soil stabilization technology today, rely on the proven Presto Geosystems’ Geoweb® cellular confinement system for solving challenging soil stability problems.

genuine GEOWEB® THE ORIGINAL CELLULAR CONFINEMENT SYSTEM Presto Geosystems is the original developer of the geocell technology and leads the industry in research and development. The result is meaningful product improvements, innovative features, advanced engineering methodologies and proven

field results that provide the most cost-effective and long-term solutions to soil stabilization problems. Ü?Í ÄËW Í ÖjËÍ a?ßËÍ Ë¬Á Ü ajËß ÖËÝ Í Ë sustainable, high-performing and lowest-cost solutions.

HIGH-QUALITY PRODUCTS AND SOLUTIONS With Presto Geosystems, you’ll receive the same high quality products, solutions and support that you did over 30 years ago. Geoweb® sections are manufactured from high-quality polyethylene to achieve consistent and maximum seam strength

? aË ÜjÁ? ËÄßÄÍj Ë¬jÁw Á ? Wj±Ë,Ö? ÍßË ÄË?ÄÄÖÁjaË because the complete manufacturing process adheres Í Ë?Ë¶Ö? ÍßË ? ?~j j ÍËÄßÄÍj ËÍ ?Í ÄËWjÁÍ w jaËÍ Ë .#Ë åå¤]ÔåååË? aË ËÄÍ? a?ÁaÄ±

HIGH PERFORMANCE SOIL STABILIZATION

PRESTO’S VALUE SERVICES

The Geoweb® system significantly improves the performance of soils by confining and stabilizing them in the system’s highstrength network of interconnected cells. The three-dimensional system is an economic and effective solution to challenging soil stability problems in load support, slope, channel, and shoreline protection, and vegetated retaining wall/earth retention applications.

V DESIGN SUPPORT: A complementary project evaluation service is available to support your project designs.

INFILL OPTIONS

A variety of infill materials can be used based upon details of the specific project/problem: VËÍ ¬Ä ËÝ Í ËÜ?Á ÖÄËÄj jWÍjaËÜj~jÍ?Í VËË?~~Áj~?ÍjÄËwÁ ËÄ? aË? aË~Á?Üj ËÍ Ë ?Á~jÁË rock or stone VËW WÁjÍjË wËÜ?Á ÖÄËÄÍÁj ~Í ÄË? aËÄÖÁw?WjËw Ä jÄ VË Ä ÍjË?Ü? ?M jËw VËËW M ?Í ÄË wËÍ jË?M ÜjËÍ Ë jjÍË¬Á jWÍËW a Í Ä

V CONSTRUCTION SUPPORT: Contractor training or site supervision is available to support your project installations.

GEOWEB® system standard sizes Geoweb® sections are available in various cell types and depths, and section lengths to most economically meet project requirements.

3 1. (7

) 2

G W 20 V

8 4. (4 )

Available 3 in (75 mm), 4 in (100 mm), 6 in (150 mm), 8 in (200 mm) cell depths

9 28

G W 30 V

0 46

7.7 ft – 9.2 ft (2.3 m – 2.8 m)

Ce ll Ty G pe W 40 V

Variable GW20V GW30V GW40V

Section Length Range

j ÄË ~]Ë¤o^ËÔ¤^ËÔy, 29, 34 Ö ?Þ Ö 12.0 ft (3.7 m) 27.3 ft (8.3 m) 15.4 ft (4.7 m) 35.1 ft (10.7 m) 25.4 ft (7.7 m) 58.2 ft (17.8 m)

1% 2) ea in Ar 7 ll 18 Ce 2 ( m 2 1.

Section Width

al in om N

Cell Type

Cell size and depth are determined by the details of the application, problem or desired solution. Refer to the Geoweb® material specification for more information.

GEOWEB CELL SIZES

system components & contractor tools The following components may be part of the overall Geoweb® solution to meet j ~ jjÁ ~ËÁj¶Ö Áj j ÍÄË? aËÍ Ëw?W Í?ÍjË? aËjÞ¬ja ÍjËW ÄÍÁÖWÍ ] TENDONS Tendons may be required and are available in various tensile strengths to meet design requirements. VËË+Á Ü ajË?aa Í ? ËÄÍ?M ÍßË?~? ÄÍË~Á?Ü Í?Í ? ^Ë hydrodynamic, and buoyancy forces. VËË wwjWÍ ÜjËÝ Í Ë ~ Ëw ÝÄ^Ë ÁËÝ j Ë?Ë~j j MÁ? jËÖ ajÁ ?ßjÁË ÁË hard soil/rock prevents anchoring with stakes. ATRA® ANCHORS

Contractor-friendly ATRA® Anchors reduce time and material costs during installation of the Geoweb system. (1)

VËË ?Ä jÁËÍ ËaÁ ÜjËÍ ? Ë ËÄÍ? jÄÇË ¬Á ÜjÄË ÄÍ? ?Í Ë productivity and uses less material. VËË0 jË 0- ® Driver makes driving anchors easy and fast, and causes less stress on workers. (2) VËË0j a ÄË? aË? Ë 0- ® Anchor array provide additional anchoring to resist sliding and/or uplift forces. (3)

1. ATRA ® Anchor 2. ATRA ® Driver 3. ATRA ® Anchor with tendon 4. ATRA ® Clip 5. ATRA ® Key

ATRA® CLIP The ATRA® Clip is an efficient load-transfer mechanism when connected to tendons at load-transfer points. (4)

2 3

ATRA KEY CONNECTION DEVICE ®

Designed for quicker connection of Geoweb sections, the exclusive ATRA® key device reduces contractor installation cost and provides three-times-stronger connections than staples. (5)

GEOWEB®

CHANNEL PROTECTION The Geoweb® system provides a wide variety of economical, flexible protection treatments for open channels and hydraulic structures. The system provides stability and protection of channels exposed to erosive conditions ranging from low-to-high flows either intermittent or continuous. VËË Áj?Í ßË ¬Á ÜjÄËÍ jË ßaÁ?Ö WË¬jÁw Á ? WjË wËW Üj Í ? Ë¬Á ÍjWÍ Ë materials such as aggregate, rip-rap and vegetation by confining them within the cellular structure. VËË8 Í ËW WÁjÍjË w ^Ë ÄË?Ëw jÞ M jË? aË ~ ?ÄÍ ~Ë?Á ÁjaËW ? j Ë lining, at a lower cost than articulating block systems. VËË ? ËMjËajÄ ~ jaËw ÁËÄ¬jW w WËÄ ÍjËW a Í ÄËM?ÄjaËÖ¬ ËW ¬?Í M ÍßË with local environmental, ecological and aesthetic requirements, maximum anticipated flow, and associated hydraulic stresses. VËË.ÖÁw?WjËÁ Ö~ jÄÄË? aË ßaÁ?Ö WËjww W j WßË wËÍ jË ~ËÄßÄÍj ËW? ËMjË changed to control flow. VËË.ÖM~Á?ajËaÁ? ?~jËÁj¶Ö Áj j ÍÄË? aËajw Á ?Í Ë¬ Íj Í ? ËÝ Í ËÍ jË structure can be addressed.

environmental e nvironmental b beneﬁts eneﬁts VËË8 Í Ë¬jÁ j?M jË w ^ËÍ jË j ÝjM®ËÄßÄÍj Ë ÄË?Ë ?ÍÖÁ? Ë ÝË ¬?WÍË

jÜj ¬ j ÍË® ¯ËÊË jÄÍË ? ?~j j ÍË+Á?WÍ WjË® +¯ËÄ ÖÍ ËÍ Ë stormwater challenges, reducing runoff and managing stormwater on-site.

TYPICAL APPLICATIONS VËÄÝ? jÄË? aËaÁ? ?~jËa ÍW jÄ VËÄÍ Á ËÝ?ÍjÁËa ÜjÁÄ Ë ÁËW Í? j Í VË¬Á WjÄÄËÝ?ÍjÁËW ? j ÄË ÁËW Í? j Í VËÄ¬ Ý?ßÄÊa Ý ËW ÖÍjÄÊaÁ ¬ËÄÍÁÖWÍÖÁjÄ VËWÖ ÜjÁÍË ÖÍw? Ä VË ÍjÁ ÍÍj ÍË ÁËW Í Ö ÖÄÊ Ý Í ~ Ë flow channels

GEOWEB®

SLOPE & SHORELINE PROTECTION The Geoweb® slope and shoreline protection system confines, reinforces and restrains the upper soil layer and infill controlling down-slope movement and slippage due to hydrodynamic and gravitational forces. VËËË+Á Ü ajÄËjwwjWÍ ÜjËÄ ¬jË¬Á ÍjWÍ Ë? aËÄÍÁÖWÍÖÁ? ËW w j j ÍË wËÍ ¬Ä ÊÜj~jÍ?Í Ë and granular materials such as sand, gravel and larger rock or stone. VËË jW jÄË?Ëw jÞ M jËW WÁjÍjË ?ÍËÝ Í ËMÖ Í ËjÞ¬? Ä Ë ÍÄËÝ j ËWj ÄË?ÁjË w jaË with concrete. VËË Áj?ÍjÄË?aa Í ? ËÄÍ?M ÍßËMßË Íj~Á?Í ~ËÍj a ÄË ËÄÍjj¬jÁËÄ ¬jÄË? aËÄ Áj jË embankments or when a geomembrane or hard soil/rock surface prevents anchoring with stakes.

TYPICAL APPLICATIONS

VË ÝÄËj M? j ÍÄËÍ ËMjËÄÍjj¬jÁËÍ ? ËÝ j ËÖ W w ja^ËÁjaÖW ~ËÖÄjË wËÜ? Ö?M jË land space.

VËÄ Áj jËÁjÜjÍ j ÍÄ

VËWÖÍË ÁËw Ëj M? j ÍËÄ ¬jÄ VË?MÖÍ j ÍË¬Á ÍjWÍ VËËÄÍ Á ËÝ?ÍjÁÊÝ?ÄÍjËÝ?ÍjÁË ?~ Ä VËW Í? j ÍËa jÄË? aË jÜjjÄ VË~j j MÁ? jË¬Á ÍjWÍ VË ? aw Ë ~ÄË? aËW ÜjÁÄ VËa? Ëw?WjÄË? aËÄ¬ Ý?ßÄ

LLEED EED® g green reen b building uilding credits credits VËË0 jË j ÝjM® system is an eco-friendly product that contributes to USGBC LEED® green building credits in the categories for reducing site disturbance, stormwater quantity and quality control, reducing the heat island effect (non-roof) and regional materials (varies by application).

GEOWEB®

RETAINING WALLS/EARTH RETENTION The Geoweb® system, when layered, becomes an economical retaining wall system meeting all project-specific structural requirements. The system allows for construction flexibility and provides aesthetics through a completely vegetated face. Horizontal terraces are formed where vegetation can flourish in the exposed outer cell infill. The system captures rainwater and controls groundwater evaporation, creating a more natural environment for vegetation. VËË ? Í? ÄËÄÍÁÖWÍÖÁ? ËÄÍ?M ÍßË?~? ÄÍË? Ë ?a ~ËÍ Á Ö~ its mass and frictional values of the infill, even in soft soil environments. VËË jjÍÄËÄ ÍjËW ? j ~jÄËÝ j ËÄÖM~Á?ajËÄ ÄË?ÁjËW ¬ÁjÄÄ M jË or construction is in difficult-to-access locations. VËË Áj?ÍjÄËM j a ~ËÝ Í Ë? ßËj Ü Á j ÍËÍ Á Ö~ ËÖÄjË wËÍ? ^Ë green or special-colored facia panels.

TYPICAL APPLICATIONS VËM j ~ jjÁjaËÝ? Ä

VË ? aÄW?¬jËajÜj ¬ j ÍËÝ? Ä

VËÄÍjj¬j jaËj M? j ÍÄ

VËÜj~jÍ?ÍjaËW ? j ËÄÍÁÖWÍÖÁjÄ

VËa jË? aË jÜjjË¬Á ÍjWÍ

VËÄ Ö aËM?ÁÁ jÁÄ

VËWÖ ÜjÁÍË j?aÝ? Ä

llow-impact ow-impact d development evelopment VËË0 jË ~ ßË¬jÁ j?M jË j ÝjM® wall surface is a natural low impact ajÜj ¬ j ÍË® ¯ËÄ ÖÍ ËMßË? Ý ~ËÄÍ Á Ý?ÍjÁËW jWÍ ËÍ Á Ö~ ËÍ jË vegetated outer fascia and reducing runoff.

GEOWEB®

LOAD SUPPORT The Geoweb® load support system stabilizes the selected infill and provides jW W? ËÄ ÖÍ ÄËÍ ËÖ ÄÍ?M jËÄÖÁw?WjË ÁËM?ÄjË¬Á M j ÄË ËÍ ÁjjË jßË?Áj?Ä]Ë 1) a load distribution system over weak soils, 2) base stabilization for paved surfaces and 3) surface stabilization for unpaved surfaces. VË. ~ w W? Í ßË ãjÄËÄÖÁw?WjËÁÖÍÍ ~± VËË ÄÍÁ MÖÍjÄË ?aÄË ?ÍjÁ? ßË? aËÁjaÖWjÄËÜjÁÍ W? Ë deflection and subgrade contact pressures. VËË ÍÁ ÄËÄ j?Á ~Ë? aË ?ÍjÁ? Ë Üj j ÍË wËÍ jË coarse and permeable infill material. VËË8 Í Ë ¬j Ë?~~Áj~?ÍjË w ^ËÁjaÖWjÄËÄÍ Á ËÝ?ÍjÁË runoff and creates on-site water detention/ retention basin. VËË Ë ÄÍËW?ÄjÄ^ËÍ jË j ÝjM® system doubles the effective structural number for load support, reducing base requirements by half.

TYPICAL APPLICATIONS VËÄ ÍjË?WWjÄÄËÁ ?aÄ

VËÍÁ? ÄË? aËÝ? Ý?ßÄ

VË¬jÁ j?M j^Ë ?a ÄÖ¬¬ ÁÍ ~Ë surfaces

VËÍÁ?W ËM? ?ÄÍË? aËÄÖMM? ?ÄÍË structures

VËÁ ?aÝ?ßËÄ Ö ajÁÄ VË ÍjÁ a? Ê¬ ÁÍËw?W Í jÄ

VËÄÍ?M ãjaËM?ÄjËw ÁË?Ä¬ ? ÍË ÁË modular block pavements

VËÍÁ? Ä¬ ÁÍ?Í ÊÄÍ Á?~jËß?ÁaÄ

VËM ?ÍËÁ? ¬ÄÊ ÝËÝ?ÍjÁËWÁ ÄÄ ~Ä

VËÄÍ?M ãjaËaÁ? ?~jË ?ßjÁ

VËw Ö a?Í Ë ?ÍÍÁjÄÄjÄË? aË pipeline protection

sstormwater tormwater beneﬁts beneﬁts VËË8 Í Ë¬jÁ j?M jË?~~Áj~?Íj^ËÍ jË j ÝjM® system reduces the need and costs for additional stormwater collection/storage systems or stormwater ponds by performing as an on-site stormwater storage “basin”.

comprehensive tools and services Presto Geosystems and its distributors/representatives offer the most-complete services in the industry to support project design and installation requirements. TOOLS: VË0jW W? ËÁjÄ ÖÁWjÄËM ajÁ VË ~ jjÁ ~Ë? ? ßÄ ÄÊÍjW W? Ë ÜjÁÜ jÝÄ VË.+ ? jÁ® specification development tool VË+Á jWÍËW?ÄjËÄÍÖa jÄ VË jÍ? jaËW ÄÍÁÖWÍ Ë ÄÍÁÖWÍ Ä SERVICES: Project Evaluation Service: We analyze specific project needs and provide recommended preliminary designs for each project. Construction Services:Ë,Ö? w jaË Ä ÍjËw j aËÄÖ¬¬ ÁÍË specialists can be available for construction training, and start-up installation supervision.

PRESTO GEOSYSTEMS’ COMMITMENT — To provide the highest quality products and solutions. Presto Geosystems is committed to helping you apply the best solutions to your soil stabilization problems. Our solutions-focused approach to solving problems adds value to every project. Rely on the leaders in the industry when you need a solution that is right for your application. Contact Presto Geosystems or our worldwide network of knowledgeable distributors/representatives for assistance.

UNSURPASSED QUALITY Presto’s commitment to quality begins with manufacturing and continues through final installation. VËË,Ö? ÍßË ? ?~j j ÍËÄßÄÍj ËWjÁÍ w jaËÍ Ë .#Ë åå¤]ÔåååË and CE certification. VËË.jWÍ ÄË ? Öw?WÍÖÁjaËwÁ Ë ~ ¶Ö? ÍßË¬ ßjÍ ß j jË provide consistent and maximum seam weld strength. VËË ?ÍjÁ ? ÄËj ~ jjÁjaËÍ ËjÄÍ?M Ä jaË~j Äß Í jÍ WË aÖÄÍÁßË guidelines. VË.jWÍ ÄËM?W jaËMßË?Ë¤å ßj?ÁË ÍjaËÝ?ÁÁ? Íß±

DISTRIBUTED BY: PRESTO GEOSYSTEMS P.O. Box 2399 670 North Perkins Street Appleton, Wisconsin 54912-2399, USA P: 920-738-1328 TF: 800-548-3424 F: 920-738-1222 E: info@prestogeo.com www.prestogeo.com

GENUINE GEOWEB® invented and made in the USA. Geosystems®, Geoweb®, ATRA® and SPECMaker® are registered trademarks of Presto Products Co. Creating sustainable environments™ is a trademark of Presto Products Co., and LEED® is a registered trademark of the US Green Building Council. This information has been prepared for the benefit of customers interested in the Geoweb® cellular confinement system. It was reviewed carefully prior to publication. Presto assumes no liability for its accuracy or completeness. Final determination of the suitability of any information or material for the use contemplated, or for its manner of use, is the sole responsibility of the user.

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creating

sustainable environments™

POROUS PAVEMENT SYSTEMS GEOBLOCK V #+ 7 ÓV #8 ® ®

PRO DUC T CAT AL OG

our commitment: providing the highest quality products/solutions

the eco-economic way to manage stormwater

the eco-economic way to manage stormwater ECONOMICAL & ENVIRONMENTAL SOLUTIONS +ÁjÄÍ ¾ÄË j M W ®^Ë j +?ÜjÓË? aË j ÝjM®ËÄßÄÍj ÄË ¬Á Ü ajË¬jÁ ? j ÍËjW W? Ë¬ Á ÖÄË¬?Üj j ÍËÄ ÖÍ ÄË ËÍÁ?ww WË?Áj?ÄËÝ jÁjËÍ jË?jÄÍ jÍ WÄË? aË¬jÁ j?M ÍßË wË~Á?ÄÄË ÁË?~~Áj~?ÍjË?ÁjËajÄ Ája±Ë0 jËÄßÄÍj ÄË jjÍË?ËÝ ajËÁ? ~jË wË ?aËÄÖ¬¬ ÁÍËÁj¶Ö Áj j ÍÄË? aËj Ü Á j Í? Ë jjaÄËÝ Í Ë

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VEGETATED SOLUTIONS Ë?Áj?ÄËÝ jÁjËaÁ Ü?M jË~Ájj ËÄ¬?WjË ÄËajÄ Ája^Ë+ÁjÄÍ ¾ÄË¬ Á ÖÄË ¬?Üj j ÍËÄßÄÍj ÄË¬Á Ü ajËaj¬j a?M jËÄÖ¬¬ ÁÍËw ÁË?ËÜ?Á jÍßË wËÍÁ?ww WË ?a ~ÄËÝ jË¬Á Ü a ~ËÄÖ¬jÁ ÁË¬Á ÍjWÍ ËÍ Ë~Á?ÄÄË

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TYPICAL LOAD APPLICATIONS

PERMEABLE AGGREGATE SOLUTIONS Ë j?Ü jÁËÍÁ?ww WË?Áj?ÄËÝ jÁjË¬jÁ j?M ÍßË ÄËajÄ Ája^Ë+ÁjÄÍ ¾ÄË?~~Áj~?Íj w jaË j +?ÜjË? aË j ÝjMË ÄßÄÍj ÄË wwjÁË? ËjW W? ËÄ ÖÍ ±Ë0 jËÄßÄÍj ÄË¬jÁw Á Ëa ÖM jËaÖÍßË?ÄË?Ë ?aËÄÖ¬¬ ÁÍË ÄÍÁÖWÍÖÁjË? aË? Ë Ä ÍjËÝ?ÍjÁËajÍj Í ÊÁjÍj Í ËÄÍ Á?~jË»M?Ä ¼^ËÁjaÖW ~Ë ÁËjÜj Ë j ?Í ~ËÍ jËÁj¶Ö Áj j ÍÄË? aËW ÄÍÄËw ÁË Ä ÍjËÄÍ Á Ý?ÍjÁËW Í? j ÍËÄßÄÍj Ä±Ë

VËË j?Üß Ýj ~ ÍËj jÁ~j WßË? aË ? Íj ? WjËÜj W jÄËÝ Í Ë ÔåË ?a ~Ë ? aË~Áj?ÍjÁËÝ Í Ë ? ËÁj¶Ö ÁjaËM?Äj± VËË ja Ö Ýj ~ ÍËÖÍ ÍßË? aË ? Íj ? WjË Üj W jË?WWjÄÄ± VËË ~ Í Ýj ~ ÍËÜj W jÄËw ÁË?ÖÞ ?ÁßË¬?Á ~Ë?Áj?Ä^Ë ?WWjÄÄËÁ ?aÄ^Ë~ wËW?ÁÍË¬?Í ÄË? aËÄ Ö ajÁÄ^ËÍÁ? Ä^Ë ja ? ÄË? aËÁjÄ aj Í ? ± VËË+jajÄÍÁ ? Ëw ÍËÍÁ?ww WËw ÁËÍÁ? Ä^ËÝ? Ý?ßÄ^Ë?¬¬Á ?W jÄ^Ë ¬jajÄÍÁ ? Ë ? Ê Í jÁË ~ ËÖÄjË?Áj?Ä± VËË ?ÁÁ jÁËwÁjjË?WWjÄÄË?ÍË¬?Á ÄË? aË Í jÁËÁjWÁj?Í ? Ë?Áj?Ä±

porous pavement usage guidelines pÔË W Ë®yåË ¯ËWj Ëaj¬Í Ë¬Á Ü ajÄË ?Þ Ö ËÍÖÁwË¬Á ÍjWÍ ? aË ?Þ Ö Ë ?aËÄÖ¬¬ ÁÍËÝ jËÄÖ¬¬ ÁÍ ~ËÍ jËÍ ÁjË ?aË Í Á Ö~ ËÍ jËÄßÄÍj ¾ÄËÝ? ËÄÍÁÖWÍÖÁj±Ë ÝËM?ÄjËÁj¶Ö Áj j Í±

LOAD SUPPORT

pÝ Í ËW w jaË?~~Áj~?ÍjË w ^Ë¬Á Ü ajÄË ?Þ Ö Ë ?aË ÄÖ¬¬ ÁÍËÝ Í ËÍ jËÍ ÁjË ?aËÄÖ¬¬ ÁÍjaËMßËÍ jËW w jaË w ± pÝ Í Ë? Ë?~~Áj~?Íj ÄÍ?M ãjaËÍÖÁw^Ë¬Á Ü ajÄË ~ Ë ?aË ÄÖ¬¬ ÁÍË? aË~ aËÍÖÁwË¬Á ÍjWÍ ËÝ Í ËÍ jËÍ ÁjË ?aËÄÖ¬¬ ÁÍjaË MßËÍ jËÄÍÁÖWÍÖÁ? Ë w ±

BASE REQUIREMENT

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AGGREGATE H-20 H-20

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H-10

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VEGETATION

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THE GEOBLOCK® SYSTEM

THE GEOWEB® SYSTEM

TURF:ËË8 j Ë ?Þ Ö Ë ?aË ÄÖ¬¬ ÁÍË ÄËÁj¶Ö ÁjaË? aËÍÖÁwË ¬Á ÍjWÍ Ë ÄË¬Á ?Áß± VËË Áj¶Öj WßË wËÖÄjË ÄË WW?Ä ? ±

TURF: Ë8 j Ë? ËjW W? ^Ë ?Þ Ö Ë ?aËÄÖ¬¬ ÁÍËÄßÄÍj ÄËÁj¶Ö ÁjaË? aËÍÖÁwË¬Á ÍjWÍ ÄËÄjW a?Áß± VËË Áj¶Öj WßË wËÖÄjË ÄË ? ±

VËË#¬Í ? Ë¬Á ÍjWÍ Ë wËÍ ¬Ä Ë wÁ ËW ¬?WÍ ^ËÁÖÍÍ ~^Ë? aËÁ ÍËa? ?~jË ÄËajÄ Ája±

MIN

CBR (%)

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THE GEOWEB® SYSTEM

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…Ý Í Ë?~~Áj~?ÍjË w ^Ë¬Á Ü ajÄË ?Þ Ö Ë ?aËÄÖ¬¬ ÁÍ ®Ö¬ËÍ Ë Ôå¯ËÝ Í ËÍ jËÍ ÁjË ?aËÄÖ¬¬ ÁÍjaËMßËÍ jËÄßÄÍj ¾ÄËÝ? Ë ÄÍÁÖWÍÖÁjË? aË w ±Ë …Ý Í Ë? Ë?~~Áj~?Íj ÄÍ?M ãjaËÍÖÁw^Ë¬Á Ü ajÄË ~ ËÍÖÁwË ¬Á ÍjWÍ Ë? aË ~ Ë ?aËÄÖ¬¬ ÁÍË®Ö¬ËÍ Ë ¤å¯ËÝ jËÄÖ¬¬ ÁÍ ~Ë Í jËÍ ÁjË ?aËÍ Á Ö~ ËÍ jËÄßÄÍj ¾ÄËÝ? ËÄÍÁÖWÍÖÁjË? aËÄÍÁÖWÍÖÁ? Ë w ±

High

BASE REQUIREMENT

THE GEOPAVEÓ SYSTEM

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THE GEOBLOCK®2 SYSTEM

MIN

Max.

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THE GEOBLOCK®5150 SYSTEM

LOAD SUPPORT

MIN

2% MAX

VË ? ËÄÖÁw?WjËa ÄÍ ÁÍ Ë ÄË?WWj¬Í?M jËÝ Í Ë wÁj¶Öj ÍËÖÄj±

THE GEOPAVEÓ SYSTEM

NON-TURF:ËË8 j Ë ?Þ Ö Ë ?aËÄÖ¬¬ ÁÍË ÄËÁj¶Ö ÁjaË? a]

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VËË w j j ÍË wË ¬j ~Á?ajaË ?~~Áj~?ÍjË ÄËÁj¶Ö ÁjaËÍ ËÄÖ¬¬ ÁÍË j?Ü jÁË ?aÄËÝ Í ÖÍËÁÖÍÍ ~± VËË+jÁ j?M ÍßË? aË ?Þ Ö Ë ÄÍ Á Ý?ÍjÁËÄÍ Á?~jË? aËÁj¬ j Ä j ÍË?ÁjËajÄ Ája±

The GeoPave™ system

material description

The Geoblock®5150 system

GEOBLOCK® SYSTEM

GEOWEB® SYSTEM

VË ~ ÄÍÁj ~Í Ë ÍjÁ W ~ËÖ ÍÄË ? Öw?WÍÖÁjaËwÁ ËÖ¬ËÍ Ë È°ËÁjWßW jaË¬ ?ÄÍ W±Ë0 jËÜj~jÍ?ÍjaËÄßÄÍj ÄË?ÁjË aj? ßËÄÖ ÍjaË w ÁË WW?Ä ? Ë ÁË wÁj¶Öj ÍËÍÁ?ww W±Ë

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VË0jÞÍÖÁjaÊ¬jÁw Á?ÍjaËWj ËÝ? ÄË¬Á Ü ajË ?Þ Ö w Ë W Ö¬Ë? aËÄÍ?M Íß±Ë+jÁw Á ÄË?ÄË? Ë Ä ÍjË ÄÍ Á Ý?ÍjÁËÄÍ Á?~jËajÍj Í ËM?Ä ±

GEOPAVEÓ SYSTEM

VË7?Á ÖÄËWj Ëaj¬Í ÄË?Ü? ?M jËÍ Ë ÄÍËW ÄÍ jwwjWÍ Üj ßË ? a jË ?a ~ËÁj¶Ö Áj j ÍÄ±

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Refer to the product specifications for complete product information and design recommendations.

VË Í WË jÄ ËM ÍÍ ËÄjWÖÁjÄË?~~Áj~?ÍjË Ë¬ ?WjË? aË ¬ÁjÜj ÍÄËÍ jËÄßÄÍj ËwÁ ËW ~Ë ÖÍË wËÍ jË~Á Ö a± VË aj? ß ÄÖ ÍjaËw ÁË Á ? ËÍ Ë wÁj¶Öj ÍËÍÁ?ww W^ËÝ Í Ë ?¬¬Á ¬Á ?ÍjË w Ë ?ÍjÁ ? Ä±

CONTRIBUTES TO U.S. GREEN BUILDING LEED CREDITS ®

0 jË j M W ^®Ë j +?ÜjÓË? aË j ÝjM®ËÄßÄÍj ÄË¬Á Ü ajË j Ü Á j Í? ßËÁjÄ¬ Ä M jË¬?Üj j ÍËÄ ÖÍ ÄËÍ ?ÍË ?ßË W ÍÁ MÖÍjËÍ Ë ®Ë~Ájj ËÁ?Í ~ËWÁja ÍÄ± CREDIT CATEGORIES: VË Reduced Site Disturbance:ËMßËWÁj?Í ~Ë¬jÁ j?M jËÄÖÁw?WjÄË? aËË ËË ?ÍÖÁ? ËÄÍ Á Ý?ÍjÁËajÍj Í Ëw?W Í jÄ± VË Stormwater Management:ËMßËÖÄ ~ËÜj~jÍ?ÍjaË ÁË¬jÁ j?M jËÄÖÁw?WjÄË Í ?ÍË¬Á Ü ajËÄÍ Á Ý?ÍjÁË w ÍÁ?Í Ë? aËÁjaÖWjËÄÍ Á Ý?ÍjÁËÁÖ ww± VË Heat Island Effect: Non-Roof:ËMßËWÁj?Í ~Ë?ËW jÁËÄÖÁw?WjËÝ Í Ë ?ËÜj~jÍ?ÍjaË ÁË ¬j ~Á aË¬?Üj j ÍËÄßÄÍj ËÍ Ë ãjË ¬?WÍË Ë WÁ W ?ÍjË? aË Ö ? Ë? aËÝ a wjË ?M Í?Í± VË Recycled Material Content: MßËÖÄ ~Ë ?ÍjÁ ? ÄËÝ Í ËÁjWßW jaËW Íj ÍË ËËÍ ËÁjaÖWjË ¬?WÍÄËwÁ ËjÞÍÁ?WÍ Ë? aË¬Á WjÄÄ ~Ë wË jÝËÜ Á~ Ë Ë ?ÍjÁ ? ÄË® j M W ®Ë? aË j +?ÜjÓË ß¯±

cost savings and environmental benefits +ÁjÄÍ ¾ÄË j M W ^®Ë j +?ÜjÓË? aË j ÝjM®Ë¬ Á ÖÄË ¬?Üj j ÍËÄßÄÍj ÄË wwjÁË?aÜ? Í?~jÄË ÜjÁËÍÁ?a Í ? Ë ?ÁaËÄÖÁw?WjÄËÍ ?ÍËÁjaÖWjË ÜjÁ? Ë¬Á jWÍËW ÄÍÄË? aË ?aaÁjÄÄËÍ a?ß¾ÄËj Ü Á j Í? Ë ÄÄÖjÄË? aËÄÍ Á Ý?ÍjÁË ? ?~j j ÍËÁj¶Ö Áj j ÍÄ±Ë REDUCED STORMWATER RUNOFF VËË ~ Ë¬jÁWj Í?~jË wË ¬j ËÄÖÁw?WjË?Áj?Ë WÁj?ÄjÄË ~Á Ö aÝ?ÍjÁËÁjW ?Á~j^Ë? Ý ~ËÄÍ Á Ý?ÍjÁËÍ Ë¬jÁW ?ÍjË Í ËÍ jË~Á Ö a^ËÁjaÖW ~ËÖ ajÄ Á?M jËÄÖÁw?WjËÁÖ ww±Ë

NATURAL STORMWATER STORAGE VËË!?ÍÖÁ? Ë w ÍÁ?Í Ë ãjÄËÖÄjË wËÜ? Ö?M jË ? aËÄ¬?WjË ? aËW ÄÍÄË?ÄÄ W ?ÍjaËÝ Í ËÁj¶Ö Áj j ÍÄËw ÁË Ä ÍjË ÄÍ Á Ý?ÍjÁËajÍj Í ÊÁjÍj Í Ë¬ aÄ±Ë

IMPROVED STORMWATER QUALITY VËË+jÁ j?M jËÄÍÁÖWÍÖÁjÄË? aË w Ë ¬Á ÜjËÄÍ Á Ý?ÍjÁË ¶Ö? ÍßËMßË WÁj?Ä ~Ë ?ÍÖÁ? ËÝ?ÍjÁË w ÍÁ?Í Ë? aË ÁjaÖW ~Ë ¬ ÍËÄ ÖÁWjË¬ ÖÍ ±

VËË-jaÖWÍ Ë ËÄÍ Á Ý?ÍjÁËÁÖ wwËÁjaÖWjÄËÍ jË jjaËw ÁË ÄÍÁÖWÍÖÁ? ËÄÍ Á Ý?ÍjÁËW jWÍ Ë? aËa ÄW ?Á~jËÄßÄÍj Ä^Ë ? Ý ~ËÍ jËÖÄjË wËÄ ? jÁ^Ë jÄÄËjÞ¬j Ä ÜjËa ÄW ?Á~jË¬ ¬jÄ±

LOW-IMPACT STORMWATER BMP VËË0 jËÄßÄÍj ÄËW? ËMjË?¬¬ jaË Ë ? aÄW?¬jË¬ ? ÄË?ÄË +ÄËw ÁËÄÍ?M ã ~ËÄ Ä^ËW ÍÁ ~ËÄÍ Á Ý?ÍjÁËÁÖ wwË ? aË ? ?~ ~ËÄÍ Á Ý?ÍjÁË Ä Íj±

VËË j +?ÜjËÖ ÍÄË ÁË j ÝjMËÄjWÍ ÄËw jaËÝ Í Ë? Ë ¬j ~Á?ajaË?~~Áj~?ÍjËWÁj?ÍjË?Ë ?ÍÖÁ? ËÄÍ Á Ý?ÍjÁËÄÍ Á?~jË ã jËÍ ?ÍË? ÝÄËÄÍ Á Ý?ÍjÁËÍ Ëj Í jÁËÄ Ý ßË¬jÁ j?ÍjË Í Ë Í jËjÞ ÄÍ ~Ë~Á Ö aË ÁË ?ÍjÁ? ßËw ÝËÍ Ë?ËW jWÍ Ë¬ ÍË Ý jËÄÖ¬¬ ÁÍ ~Ë ?aÄ±

permeable options GEOBLOCK® SYSTEM

GEOPAVE™ SYSTEM

TOPSOIL/VEGETATION

AGGREGATE INFILL

GEOWEB® SYSTEM

AGGREGATE/TOPSOIL INFILL

AGGREGATE INFILL

quality and warranty ,Ö? ÍßË? aËÁj ?M ÍßË?ÁjËÍ jËw Ö a?Í Ë wË+ÁjÄÍ ¾ÄË¬Á aÖWÍÄ±Ë Ë wË+ÁjÄÍ ¾ÄË¬ Á ÖÄË¬?Üj j ÍË¬Á aÖWÍÄË?ÁjË ? Öw?WÍÖÁjaË Í Ë?Ë¶Ö? ÍßË ? ?~j j ÍËÄßÄÍj ËÍ ?ÍË ÄËWjÁÍ w jaËÍ Ë .#Ë åå¤]Ôååå±Ë Ë¬ ?ÄjÄË wË ? Öw?WÍÖÁ ~Ë?ÁjË Í ÁjaË

Í Á Ö~ ËÄÍ?Í ÄÍ W? Ë¬Á WjÄÄËW ÍÁ Ë? aË jjÍËÄÍÁ ~j ÍË¶Ö? ÍßË ÄÍ? a?ÁaÄËMjw ÁjËMj ~ËÄ ¬¬jaËÍ ËÍ jË MËÄ Íj±Ë Ë¬Á aÖWÍÄË ?ÁjËM?W jaËMßË? Ë aÖÄÍÁß ~ ËÝ?ÁÁ? Íß±Ë

PRESTO GEOSYSTEMS’ COMMITMENT — To reduce project costs with the highest quality products and solutions. +ÁjÄÍ Ë j ÄßÄÍj ÄË ÄËW ÍÍjaËÍ Ë j ¬ ~Ëß ÖËÁjaÖWjË ¬Á jWÍËW ÄÍÄËÝ Í ËÍ jËMjÄÍËÄ ÖÍ ËÍ Ëß ÖÁË¬ Á ÖÄ ¬?Üj j ÍËÁj¶Ö Áj j ÍÄ±Ë

Í?WÍË+ÁjÄÍ Ë j ÄßÄÍj ÄË ÁË jË wË ÖÁËÝ Á aÝ ajË jÍÝ Á Ë wË Ý ja~j?M jËa ÄÍÁ MÖÍ ÁÄÊÁj¬ÁjÄj Í?Í ÜjÄËw ÁË ?ÄÄ ÄÍ? WjËÝ Í Ëß ÖÁË¬jÁ j?M jË¬?Üj j ÍË jjaÄ±

DISTRIBUTED BY: PRESTO GEOSYSTEMS +±#±Ë ÞËÔÏ ÉÈåË! ÁÍ Ë+jÁ ÄË.ÍÁjjÍË ¬¬ jÍ ^Ë8 ÄW Ä Ëy| ¤Ô ÔÏ ^Ë2. P:Ë Ôå ÈÏo ¤ÈåÈ TF:Ëoåå y|o Ï|Ô| F:Ë Ôå ÈÏo ¤ÔÔÔ E:Ë w K¬ÁjÄÍ ~j ±W www.prestogeo.com

Geosystems®, Geoweb®, and Geoblock® are registered trademarks of Presto Products Co. GeoPave™ and creating sustainable environments™ is a trademark of Presto Products Co., and LEED® is a trademark of the US Green Building Council. This information has been prepared for the benefit of customers interested in the Geoweb® and Geoblock® porous pavement systems. It was reviewed carefully prior to publication. Presto assumes no liability for its accuracy or completeness. Final determination of the suitability of any information or material for the use contemplated, or for its manner of use, is the sole responsibility of the user.

system versatility and performance COST-EFFECTIVE VS. CONVENTIONAL HARD-SURFACE PAVING

Colored FILTERPAVE™ Options • Standard multiple-colored glass varies by region; optional color enhancements are available.

•M inimal Maintenance Requirements: No resealing, crack filling, grinding and resurfacing as required with other hard surface pavements.

GLOBAL LEADER • GLOBAL PARTNER

• Color accents can be added to match buildings or environment.

• P orous systems significantly reduce the need for road salt in winter conditions and the resulting negative impact on aquatic life. (Reference University of New Hampshire Stormwater Center 2007 Annual Report.) PAVEMENT LIFESPAN • T he anticipated lifespan of the FilterPave™system exceeds other porous pavement systems, which are prone to loss of structural integrity as a consequence of fines removal from the design mix.

applications T he FilterPave™system is ideal for access roads, parking lots, pedestrian patios, driveways, sidewalks and trails/walkways.

FILTERPAVE™

Presto GEOSYSTEMS’ commitment — To provide the highest quality products and solutions. Presto Geosystems is committed to helping you apply the best environmental solution to your porous pavement requirements. Contact Presto Geosystems or our worldwide network of knowledgeable distributors/representatives for assistance and information on our leading-edge porous pavement solutions.

Successful implementation of the

porous pavement system

FilterPave™system combines a proper mix production, construction and installation-all of which can be achieved with certified contractors and construction supervision.

P R O DU CT CAT AL O G

distributed by:

our commitment : providing the highest quality products/solutions

Presto GEOSYSTEMS P.O. Box 2399 670 North Perkins Street Appleton, Wisconsin 54912-2399, USA P: 920-738-1707 TF: 800-548-3424 F: 920-738-1222 E: info@prestogeo.com www.prestogeo.com

Patents Pending for the FilterPave™ System. Geosystems® is a registered trademark of Presto Products Co. FilterPave™ is a trademark of Presto Products Co. This information has been prepared for the benefit of customers interested in the FilterPave™ porous pavement system. It was reviewed carefully prior to publication. Presto assumes no liability for its accuracy or completeness. Final determination of the suitability of any information or material for the use contemplated, or for its manner of use, is the sole responsibility of the user.

setting the green standard in hard-surfaced porous pavements

FILTERPAVE™ porous pavement system

FILTERPAVE™ unique features

The aesthetically-pleasing, hard-surfaced, recycled glass porous pavement system that actively filters stormwater and has the ability to adsorb hydrocarbons. FILTERPAVE System

The FilterPave™ porous system offers unique advances over traditional

Captures Hydrocarbons • Specially processed glass base removes oil products from surface runoff; reduces non-point source pollution.

Porous Hard Pavement

WITH The Filterpave™ Structure Water Flow

hard-surface pavements, addressing today’s environmental issues and stormwater management requirements in an attractive and cost-effective way. Beauty The FilterPave™system is a colorful mosaic of structurally-sound, highlypermeable glass aggregate that provides an architecturally-appealing, hardsurfaced, porous pavement system that is as safe as any traditional surface on

Architectural Aesthetics Decorative recycled glass infill provides higher aesthetic appeal than conventional asphalt or concrete pavements.

WITHOUT The Filterpave™ Structure Water Flow

FILTERPAVE™ System

• Patented glass production technique adsorbs hydrocarbons and retains them to allow for biological digestion. Testing at University of Wisconsin demonstrated up to 15 oz. (425 g) of oil retained per cu.ft. of glass.

Depth of base varies depending on strength and/or stormwater storage requirements.

Optional Lightweight Geosynthetic Separation Layer

Depth of base varies depending on strength and/or stormwater storage requirements.

Optional Lightweight Geosynthetic Separation Layer

Environment The glass particles are collected from recycling facilities and processed to round the edges. Utilizing the abundant supply of recycled glass in a constructive way eliminates landfilling of the materials and thus conserves natural aggregate supplies and reduces mining efforts.

RecycleD The FilterPave™system makes productive use of plentiful 100% post-consumer recycled glass, and if needed for traffic loading, the FilterPave™structure contains a high percentage of recycled plastic. The recycled glass is solidified with a

Clear Fluid

Optional Glass-Adsorbing Base

Structural Strength • High-strength material with low maintenance requirements.

Subgrade or Additional High Porosity Storage Base or Underground Stormwater Storage System

which to walk or drive.

Dripping Hydrocarbons

• High compression, shear strength and flexural modulus. flexibility/durability • High-porosity and high-strength flexible binder minimizes freeze-thaw effects. • High hardness, glass aggregate offers high-friction wearing surface. • FilterPave™structure adds additional resistance to torsional loads and surface wear.

high-strength, flexible bonding agent, made primarily from natural materials safe for marine and plant life. stormwater filter The FilterPave™system is a natural LID-BMP for managing stormwater. This strong, attractive, porous pavement system also has the ability to adsorb hydrocarbons that leak from automobiles (e.g. engine oil, transmission fluid). Biological processes can then be introduced to reduce these hydrocarbons to harmless by-products, further reducing pollution.

usgbc leed green building credits ®

LEED® Credit categories • Reduced Site Disturbance: by creating permeable surfaces and natural stormwater detention facilities.

environmental benefits Use of Recycled Materials The complete FilterPave™system uses a high percentage of recycled materials: • T he pavement material utilizes abundant 100% postconsumer recycled glass, bonded with a safe polymer binder.

REDUCES STORMWATER RUNOFF

Pre-Processed, 100% Post-Consumer Recycled Glass, plus Aggregate and Binding

• Stormwater Management: by using permeable surfaces that provide stormwater infiltration and reduce stormwater runoff. Base Requirement Depth Varies

ReDUCES LAND SPACE REQUIREMENTS AND COSTS Porous pavement with natural infiltration and reduction of stormwater runoff: •M inimizes use of valuable land space and costs associated with requirements for on-site stormwater detention/retention ponds.

•W hen required, the FilterPave™structure is manufactured from up to 97% recycled plastic. High Permeability The FilterPave™pavement is a hardened surface with porosity comparable to open-graded base course (OGBC).

With one of the industry’s highest porosity ratings, the FilterPave™system allows stormwater to quickly percolate into the ground, reducing undesirable surface runoff.

• Reduces the need for structural structural stormwater collection and discharge systems, allowing the use of smaller, less expensive discharge pipes. Final FilterPave™ Surface with FilterPave™ Structure

Final FilterPave™ Surface without FilterPave™ Structure

• Complements underground stormwater storage systems.

• Heat Island Effect: by creating a cooler surface with an open-grid pavement system.

• Recycled Material Content: by using materials with recycled content to reduce impacts from extraction and processing of new virgin materials.

• Regional Materials: by using materials within 500-mile radius of source (if applicable).

FILTERPAVE™ porous pavement system

FILTERPAVE™ unique features

The aesthetically-pleasing, hard-surfaced, recycled glass porous pavement system that actively filters stormwater and has the ability to adsorb hydrocarbons. FILTERPAVE System

The FilterPave™ porous system offers unique advances over traditional

Captures Hydrocarbons • Specially processed glass base removes oil products from surface runoff; reduces non-point source pollution.

Porous Hard Pavement

WITH The Filterpave™ Structure Water Flow

Architectural Aesthetics Decorative recycled glass infill provides higher aesthetic appeal than conventional asphalt or concrete pavements.

WITHOUT The Filterpave™ Structure Water Flow

FILTERPAVE™ System

Depth of base varies depending on strength and/or stormwater storage requirements.

Optional Lightweight Geosynthetic Separation Layer

Depth of base varies depending on strength and/or stormwater storage requirements.

Optional Lightweight Geosynthetic Separation Layer

Clear Fluid

Optional Glass-Adsorbing Base

Structural Strength • High-strength material with low maintenance requirements.

Subgrade or Additional High Porosity Storage Base or Underground Stormwater Storage System

which to walk or drive.

Dripping Hydrocarbons

usgbc leed green building credits ®

LEED® Credit categories • Reduced Site Disturbance: by creating permeable surfaces and natural stormwater detention facilities.

REDUCES STORMWATER RUNOFF

Pre-Processed, 100% Post-Consumer Recycled Glass, plus Aggregate and Binding

• Stormwater Management: by using permeable surfaces that provide stormwater infiltration and reduce stormwater runoff. Base Requirement Depth Varies

With one of the industry’s highest porosity ratings, the FilterPave™system allows stormwater to quickly percolate into the ground, reducing undesirable surface runoff.

Final FilterPave™ Surface without FilterPave™ Structure

• Complements underground stormwater storage systems.

• Heat Island Effect: by creating a cooler surface with an open-grid pavement system.

• Recycled Material Content: by using materials with recycled content to reduce impacts from extraction and processing of new virgin materials.

• Regional Materials: by using materials within 500-mile radius of source (if applicable).

system versatility and performance COST-EFFECTIVE VS. CONVENTIONAL HARD-SURFACE PAVING

Colored FILTERPAVE™ Options • Standard multiple-colored glass varies by region; optional color enhancements are available.

•M inimal Maintenance Requirements: No resealing, crack filling, grinding and resurfacing as required with other hard surface pavements.

GLOBAL LEADER • GLOBAL PARTNER

• Color accents can be added to match buildings or environment.

applications T he FilterPave™system is ideal for access roads, parking lots, pedestrian patios, driveways, sidewalks and trails/walkways.

FILTERPAVE™

Successful implementation of the

porous pavement system

FilterPave™system combines a proper mix production, construction and installation-all of which can be achieved with certified contractors and construction supervision.

P R O DU CT CAT AL O G

distributed by:

our commitment : providing the highest quality products/solutions

Presto GEOSYSTEMS P.O. Box 2399 670 North Perkins Street Appleton, Wisconsin 54912-2399, USA P: 920-738-1707 TF: 800-548-3424 F: 920-738-1222 E: info@prestogeo.com www.prestogeo.com

setting the green standard in hard-surfaced porous pavements

4 TRIANGULAR SILT DIKE – GEORIDGE – EROSION EEL – SEDIMENT STOP – STRAW WATTLES – POLYMERS – CATCH-ALL – DANDY PRODUCTS – FILTER BAGS ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

Sediment Control Fence ERO-TEX silt fence can

reduce sediment loading into our creeks, streams and lakes from your construction sites and roadway projects. With new N.P.D.E.S. regulations in place, retaining sediment on your site is now more critical than ever.

ERO-TEX silt fence is

prefabricated for ease of installation and offers an effective sediment control solution for many applications. Warehouse Locations: Itasca IL Kaukauna WI Morton IL Menomonee Falls WI Nekoosa WI

Options: I-DOT, WI DOT, Tollway, wire backed, face lathe, economy grade, monofilament fabric Installation: Dig a 6” deep trench along proposed fence line. Unroll prefabricated silt fence and pound stakes into trench 6”-8”. Make sure stakes are installed on the downhill or downstream side of fence. Drape loose end of textile into trench. Backfill and compact soil on both sides.

ERO-TEX

N94 W14330 Garwin Mace Drive Menomonee Falls, WI 53051

866 437-6839 toll free

www.ero-tex.net

Triangular Silt Dike™ Barrier Installation

for All Construction Sites

Made with lightweight and durable materials, Triangular Silt Dike™ barrier comes in seven foot section and installs in minutes with U-shaped wire staples.

Effective • Safe •Durable

Advantages • Effective • Fast & Easy Installation • Conforms to Curves and Rough Terrain • Light Weight & Durable • Re-usable • Easy to Install on Concrete or Asphalt

The flexibility of the barrier allows it to be installed on rough and rocky terrain while the protective aprons on both sides of the barrier helps prevent erosion and failure of the structure.

Triangular Silt Dike™ Installation on Soil

Sediment Control Devise

Triangular Silt Dike™ 10" Barrier

Triangular Silt Dike™ Installation on Concrete or Asphalt

Triangular Silt Dike™ 8" Barrier 1-800-290-8473 Note: If the surface area is concrete, adhesives such as liquid nail or sand bags shall be used. If it is on an asphalt surface, a rubberized asphalt emulsion can be used. The tacking agent must be applied under the full length of the barrier section and the apron.

www.tri-siltdike.com Manufactured by: Distributed by: ER0-TEX N94W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll Free: 1-866-437-6839 Email: info@ero-tex.net Web: www.ero-tex.net US Patent No. 5,605,416 Triangular Silt Dike and the logo are trademarks of the Triangular Silt Dike Co., Inc.

Triangular Silt Dike™ 5" Barrier

The better solution to bale barrier, silt fence and rock check dams!

The better solution to wire back silt fence, rock bags, sand bags and straw wattles!

Triangular Silt Dike™ 10" Barrier

The original 10" Triangular Silt Dike™ barrier consists of urethane foam and geotextile fabric. Designed with protective aprons on both sides of the barrier, there is only one sewn seam (on the front upstream side) which allows the barrier to be configured in several different applications. The materials and the design make this devise lightweight, easy and fast to install, and more effective than other sediment products.

Triangular Silt Dike™ 8" Barrier

The 8" Triangular Silt Dike™ barrier is designed smaller for development areas where vehicle traffic is greater. It also has protective aprons on both sides and has the front and back apron sewn into the barrier. With both aprons sewn, it allows this product to be easily installed on concrete and asphalt.

Applications Applications • Ditch check dams • Diversion Dikes • Drop Inlet Protection • Temporary Ditch Liner • Stream & Pond Protection

• Curb Protection • Continuous Barrier • Diversion Dikes • Drop Inlet Protection • Stream & Pond Protection • Installations on Concrete and Asphalt

The better solution to silt fence, sand bags and straw wattles!

Triangular Silt Dike™ 5" Barrier

The 5" Triangular Silt Dike™ barrier was designed for smaller flatter runoff areas. It has a protective apron on the front or upstream side of the barrier. With no protective apron on the backside or downstream side, this should be installed along curbs or on hard surfaces where overtopping the barrier will not cause erosion on the backside.

Applications • Along Curbs in Developments • Diversion Dikes • Inlet Protection • Continuous Barrier • Small Surface Drainage Areas • Roadway Shoulder Protection • Installations on Concrete and Asphalt

The better solution to bale barrier, silt fence and rock check dams!

The better solution to wire back silt fence, rock bags, sand bags and straw wattles!

Triangular Silt Dike™ 10" Barrier

Triangular Silt Dike™ 8" Barrier

Applications Applications • Ditch check dams • Diversion Dikes • Drop Inlet Protection • Temporary Ditch Liner • Stream & Pond Protection

• Curb Protection • Continuous Barrier • Diversion Dikes • Drop Inlet Protection • Stream & Pond Protection • Installations on Concrete and Asphalt

The better solution to silt fence, sand bags and straw wattles!

Triangular Silt Dike™ 5" Barrier

The better solution to bale barrier, silt fence and rock check dams!

The better solution to wire back silt fence, rock bags, sand bags and straw wattles!

Triangular Silt Dike™ 10" Barrier

Triangular Silt Dike™ 8" Barrier

Applications Applications • Ditch check dams • Diversion Dikes • Drop Inlet Protection • Temporary Ditch Liner • Stream & Pond Protection

• Curb Protection • Continuous Barrier • Diversion Dikes • Drop Inlet Protection • Stream & Pond Protection • Installations on Concrete and Asphalt

The better solution to silt fence, sand bags and straw wattles!

Triangular Silt Dike™ 5" Barrier

Triangular Silt Dike™ Barrier Installation

for All Construction Sites

Made with lightweight and durable materials, Triangular Silt Dike™ barrier comes in seven foot section and installs in minutes with U-shaped wire staples.

Effective • Safe •Durable

Advantages • Effective • Fast & Easy Installation • Conforms to Curves and Rough Terrain • Light Weight & Durable • Re-usable • Easy to Install on Concrete or Asphalt

The flexibility of the barrier allows it to be installed on rough and rocky terrain while the protective aprons on both sides of the barrier helps prevent erosion and failure of the structure.

Triangular Silt Dike™ Installation on Soil

Sediment Control Devise

Triangular Silt Dike™ 10" Barrier

Triangular Silt Dike™ Installation on Concrete or Asphalt

Triangular Silt Dike™ 5" Barrier

Triangular Silt Dike™ Barrier Installation

for All Construction Sites

Made with lightweight and durable materials, Triangular Silt Dike™ barrier comes in seven foot section and installs in minutes with U-shaped wire staples.

Effective • Safe •Durable

Advantages • Effective • Fast & Easy Installation • Conforms to Curves and Rough Terrain • Light Weight & Durable • Re-usable • Easy to Install on Concrete or Asphalt

The flexibility of the barrier allows it to be installed on rough and rocky terrain while the protective aprons on both sides of the barrier helps prevent erosion and failure of the structure.

Triangular Silt Dike™ Installation on Soil

Sediment Control Devise

Triangular Silt Dike™ 10" Barrier

Triangular Silt Dike™ Installation on Concrete or Asphalt

Triangular Silt Dike™ 5" Barrier

ERO-TEX N94 W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 email: info@ero-tex.net Website: www.ero-tex.net

STOP Sediment in its tracks with

SedimentSTOP速

Manufactured by NORTH AMERICAN GREEN

t h e Ve r s a t i l e

North American Green’s SedimentSTOP® Biodegradable Filtration System is a temporary sediment filtration device that provides highly effective sediment control for a wide range of applications.

SEDIMENT CONTROL SOLUTION

SedimentSTOP saves soil, time, and money in applications that include: Forest Fire Rehabilitation Bioengineering Projects Active Jobsites – Commercial/New Home Construction Ski Slopes Highway Construction Industrial Sites Pipeline Revegetation Steep Slopes Wet Areas

SedimentSTOP consists of a 70% straw / 30% coconut fiber matrix reinforced with a 100% biodegradable netting that is rolled from edge to edge to create a seamless temporary, waterpermeable three-dimensional sediment filtration structure.

Edging/Perimeter Control

A Best Management Practice that reduces soil loss caused by stormwater runoff, SedimentSTOP traps soil particles while allowing water to pass through, protecting waterways, sidewalks and roads from sediment accumulation. SedimentSTOP assists engineers, specifiers and contractors in complying with many NPDES Phase II rules and other environmental regulations.

V E R S AT I L E

the SedimentSTOP ÂŽ

A DVA N TAG E

SedimentSTOP dramatically reduces surface sheet erosion, and offers significantly greater filtration capabilities and sediment retention than wattles, straw bales or silt fences. And unlike wattles, which use a single netting on the outside to encapsulate the fiber fill, SedimentSTOP utilizes multiple layers of netting to eliminate the possibility of failure if the outer netting is ever damaged. SedimentSTOP

Wattle

SedimentSTOP was put to the test against straw wattles in research recently conducted at Utah State Universityâ&#x20AC;&#x2122;s Water Research Facility.

SedimentSTOP is more porous than a wattle, allowing it to perform as a buffer strip that slows water and filters sediment. In the event that water does flow over the top, SedimentSTOP has an attached Splash Apron, which reduces rill formation and potential down slope erosion.

Wattles create a dam-like structure that causes water to back up and flow over the top, resulting in potentially severe erosion on the down slope side of the wattle.

Three 20-ft. long plots of sandy loam soil were set at a 2:1 gradient. SedimentSTOP rolls with a 9-inch diameter were placed at the mid-point and 2 ft. from the bottom of one plot, straw wattles of the same diameter were similarly placed on a second plot, and one plot was left unprotected as the control. Sediment runoff was then collected and measured as each plot was exposed to 4 inches of rainfall over a one-hour period. The sediment control effectiveness of SedimentSTOP versus the wattles was significant. While 31.56 lbs. of sediment was collected from the plot with straw wattles, only 4.16 lbs. of sediment was collected from the plot protected by SedimentSTOP. Compared to the bare soil control plot, the straw wattles were only 85% effective, while the SedimentSTOP was independently proven to be 98% effective at reducing sediment runoff!

EFFECTIVE

Biofriendly

SEDIMENT CONTROL

SedimentSTOP is an environmentally friendly, 100% biodegradable product. It can be incorporated with a variety of planting techniques such as: live planting, live staking and seed incorporation. The leno woven net enables its jute strands to move independently of each other, allowing the net openings to expand as necessary. This flexibility, combined with the 100% biodegradability, minimizes the risk of accidental wildlife entrapment. Because it leaves absolutely no synthetic residues on site, SedimentSTOP is ideal for use in bioengineering projects, wetland mitigation, riparian area protection, shaded areas, stream bank restorations and environmentally-sensitive areas where synthetic-netted products may pose a threat to wildlife. By eliminating the need to return to the jobsite to remove the sediment control structure, SedimentSTOP saves you time, money and potential headaches.

N AT U R A L

SedimentSTOP is

SedimentSTOP is easy to install, and features a two to three year functional lifespan. The structurally sound netreinforced layers prevent failures – even if the outer netting wrap is damaged during or after installation.

SedimentSTOP is easily field fabricated for greater flexibility to specific site requirements. It is extremely flexible and readily conforms to the ground surface, minimizing undercutting. Longer, 50-foot finished roll length reduces the number of overlaps, and its leno woven natural jute net allows easier contouring to the soil. The short, lightweight packaged rolls are easily transported over difficult terrain and to remote areas.

Finished roll diameter can also be increased, if necessary, by simply adding other organic materials such as grass

EASY TO INSTALL

HERE'S HOW IT IS DONE: Step 1 Dig a 3” deep x 9” wide anchor trench along the contour of the slope or across the swale. Step 2 Position the SedimentSTOP® packaged roll perpendicular to the trench so the double-netted portion covers the anchor trench and extends downslope one foot beyond the anchor trench. (This forms the Splash Apron™.) Unroll to cover the trench. Step 3 Secure SedimentSTOP material into the anchor trench with a row of staples, and then secure the downslope edge of the Splash Apron with another row of staples 12” apart. Step 4 Roll the remaining SedimentSTOP material from the upslope edge into the anchor trench. (If a thicker roll is needed, simply add organic materials across the product width prior to rolling.) Step 5 Once the product has been rolled up, secure it to the soil surface using wooden stakes 3’ on center. NOTE: The complete Installation Instructions are printed on each package of SedimentSTOP®.

clippings, pine needles, straw, or leaves. PACKAGED ROLLS Width - 6.67 ft (2.03 m) Length - 50.00 ft (15.24 m) Weight - 65.00 lbs (29.50 kg ) ± 10% Matrix - 70% Straw Fiber 1.225 lbs/yd2 (0.665 kg/m2) 30% Coconut Fiber 0.525 lbs/yd2 (0.285 kg/m2) Bottom Netting – leno woven jute net Splash Apron Top Net – 2.00 ft leno woven jute net FINISHED INSTALLED STRUCTURE Diameter - Approximately 9.00 in (0.23 m) Length - 50 linear feet (15.2 m) Downhill Splash Apron Length -1.00 ft (20 cm)

This illustration provides general guidelines to assist in the design, installation and spacing of SedimentSTOP. These guidelines may require modification due to variation in soil type, rainfall intensity or duration, and amount of runoff affecting the application site. As slope gradient increases the spacing between the SedimentSTOP structures should decrease. For example, on a slope with a gradient of 6:1 – 4:1 (H:V), the SedimentSTOP structures should be installed 25 feet apart. However, on a slope with a gradient of 2:1 – 1:1 the spacing should be reduced to 10 feet.

EASY

If you are thinking about using wattles, you need to STOP and consider the advantages of using

S e d i m e n t S T O P.

SedimentSTOP Benefits Comparison Chart

When you compare the benefits of using SedimentSTOP against other sediment filtration methods, you’ll see that there really is no comparison.

SedimentSTOP YES

Completely Biodegradable Reduces Rill Formation

YES

Customizable Diameter

YES

Straw Wattle

Allows Water Filtration

YES

Shallow Anchor Trench

YES

No Special Equipment Needed

YES

Little to no Risk of Wildlife Entrapment

YES

Seamless Joints

YES

No Removal Required

YES

Used on Slopes >2:1

YES

Multiple Layers of Netting

YES

Silt Fence

YES

Customizable Lengths

YES

Economical Bundles for Shipping

YES

SedimentSTOP is economical, delivers exceptional performance, and is easily installed. Contact North American Green today for even more reasons to stop using wattles and start using SedimentSTOP.

Manufactured by NORTH AMERICAN GREEN

Straw Wattles 9-inch & 12-inch Diameters

EROSION CONTROL Products • Guaranteed SOLUTIONS

WS925/WS1210 STRAW WATTLES North American Green straw wattles are an effective and economical alternative to silt fence and straw bales for sediment control and storm water runoff. Cylinders of recycled, compressed, 100% agricultural straw, straw wattles are wrapped in tubular, UV-stabilized black synthetic netting. Straw wattles can be placed and staked along the contour of newly constructed or disturbed slopes. Their use to capture and retain sediment is an EPA-recognized best management practice (BMP). Fertile topsoil, organic matter, and native seeds are trapped behind straw wattles and provide a stable medium for germination. Straw Wattles also retain moisture from rainfall, aiding the growth of tree seedlings planted to their up-slope side. North American Green straw wattles WS925 (9” x 25”) and WS1210 (12” x 10”) are installed by staking in place utilizing North American Green’s 24-inch Eco-Stakes™ and can be used individually or tied together to achieve any desired length.

Advantages of North American Green Straw Wattles •

Increased weight per linear foot for less resistance to movement from wind, water, and sediment load

•

Low-cost solution to sheet and rill erosion problems

•

Replaces silt fence or straw bales on steep slopes

•

Lasts up to two years

•

Stores moisture for vegetation planted immediately up-slope

•

The straw incorporates into the soil over time, adding organic material to the soil and retaining moisture for vegetation

•

Can be staked with fascines to stabilize low-velocity stream banks and establish wetland plants

14649 Highway 41 North • Evansville, IN 47725 USA • 1-800-772-2040 • 1-812-867-6632 • www.nagreen.com

NAG_StrawWaffleSheet.indd 1

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Straw Wattles 9-inch & 12-inch Diameters

EROSION CONTROL Products • Guaranteed SOLUTIONS

Applications for Straw Wattles North American Green straw wattles can be used as a best management practice to… Control Stormwater Runoff Diverts flow and directs stormwater to treatment areas.

✓✓

Prevent Off-Site Sedimentation at Active Construction Sites Keeps soil on-site and prevents it from washing onto pavement and asphalt; an economical and effective perimeter control alternative to silt fence and straw bales.

✓✓

✓✓ Protect against Slope Erosion Straw wattles work to reduce the erosive effects of slope length and steepness; the product is even more effective when installed in combination with North American Green hydraulic or rolled erosion control products.

Capture Inlet Sedimentation When wrapped around storm drain inlets, protects area drains and storm drain inlets from fast water flow and sediment.

✓✓

Work as a Check Dam Prevents sheet erosion and rill and gully development on slopes and in swales and grassy waterways; in combination with a North American Green rolled erosion control blanket or turf reinforcement mat, straw wattles slow water velocity, settle out sediment, and prevent undermining of channel lining materials. Straw wattles also trap soil material that would otherwise be moved down-slope by freeze and thaw processes.

✓✓

Promote Stabilization and Revegetation of Stream Banks and Shorelines Straw wattles prevent sediment pollution of streams and is an excellent complementary component for soil bioengineering projects. ✓✓

Provide Soil Stabilization for Forest Fire Rehabilitation Straw wattles slow the velocity of rain runoff and help to prevent rill and gully slope erosion by holding bare soil in place and trapping ash and sediment.

✓✓

Additional Applications: Timber Harvests Vineyard Erosion Protection

Mine and Land Reclamation Ski Area Erosion Control

Proper installation is necessary to achieve stated product performance. Please ask your North American Green Erosion Solutions Specialist for a copy of the installation instructions for North American Green’s straw wattles, or visit our website at www.nagreen.com.

DISTRIBUTED BY: ERO-TEX N94W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 Email: info@ero-tex.net Website: www.ero-tex.net

14649 Highway 41 North • Evansville, 47725USA USA • 1-800-772-2040 1-800-772-2040 • •1-812-867-6632 • www.nagreen.com 14649 Highway 41 North • Evansville, IN IN47725 1-812-867-6632 • www.nagreen.com

NAG_StrawWaffleSheet.indd 2

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Polymers ERO-TEX anionic polymers

will reduce sediment loading into creeks, streams and lakes from your roadway projects and construction sites with a properly designed sediment or stormwater pond. With new N.P.D.E.S. Phase II regulations in place, reducing the discharge of sediment from your site is now more critical than ever.

ERO-TEX

FLOC LOG/POLYMER are manufactured by APS for specific soil types. Warehouse locations: Itasca IL Kaukauna WI Menomonee Falls WI Morton IL Nekoosa WI

ERO-TEX N94 W14330 Garwin Mace Drive Menomonee Falls WI 53051

Options: Powders, liquids and FLOC LOGS are available for removing fine soil particles and reduce NTU values. Soil and water samples are required for specific areas. Installation: FLOC LOG can be placed in a jute lined ditch. Proper agitation and mixing time must be achieved in flow of ditch.

866 437-6839

toll free

Catch-All HR

STORMWATER INLET PROTECTOR for OPEN CURBS

Now the Catch-All HR can provide additional protection from oil-laden stormwater flowing into a curb inlet, where there is a vertical opening, with a replaceable Oil Boom. The Oil Boom is a filter for Hydrocarbon Adsorption that is made of the same material as the pillow stitched into a standard Catch-All HR. It is secured to the back of the top frame so that water running along the curb will drip down through its surface. Hydrocarbon products are caught in the replaceable Boom. Tests have shown our Oil Boom to be capable of adsorbing over 6 times its weight in common motor oil. The Oil Boom can be easily attached to most standard Catch-All rectangular frames, to provide instant protection where and when it is needed. The CatchAll HR can be installed permanently in large parking lots and high-volume commercial areas to prevent water pollution from hydrocarbon-laden run-off.

ERO-TEX

N94 W14330 Garwin Mace Drive Menomonee Falls, WI 53051

Toll Free: (866) 437-6839 info@ero-tex.net

Catch-All

STORMWATER INLET PROTECTOR

The Catch-All is available with an HR (Hydrocarbon Removal) Filter Now the Catch-All can provide additional protection from stormwater laden with oil, with a replaceable filter designed for Hydrocarbon adsorption. Water is forced through a sewn-in adsorbent pillow at the top opening, where oil is trapped. Tests on this pillow have shown it to be capable of adsorbing over 6 times its weight in common motor oil.

The HR filter can be easily attached to any standard Catch-All frame, to provide instant protection where and when it is needed. The Catch-All HR can be installed permanently in large parking lots and high-volume commercial areas to prevent water pollution from hydrocarbon-laden run-off.

ERO-TEX

N94 W14330 Garwin Mace Drive Menomonee Falls, WI 53051

Toll Free: (866) 437-6839

ERO-TEX N94 W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 email: info@ero-tex.net Website: www.ero-tex.net

Erosion Eel

ERO-TEX erosion eel is a sediment control device constructed with a high strength outer fabric filled with environmentally safe recycled rubber.

Warehouse locations: Itasca IL

ERO-TEX erosion eel has a low profile and is easily moved for delivery trucks with the attached handles. Can be reused on other jobsites.

Morton IL

Options: 9.5” & 20” diameter by 10’ lengths.

Kaukauna WI

Installation: Quick and easy. Can be simply laid on top of ground. Staking maybe required on channels.

Menomonee Falls WI Nekoosa WI ERO-TEX N94 W14330 Garwin Mace Drive Menomonee Falls WI 53051

www.ero-tex.net

866 437-6839 toll free

Dewatering Filter Bag ERO-TEX ERO TEX dewatering filter bags

are effective in collecting sediment from dewatering operations. Sediment-laden water is pumped into the bag.

ERO-TEX dewatering filter bags

should be placed on a level area. (Bags can roll down slopes.) Insert pumps discharge hose into bag and secure the connection with clamp l or tie ti wire. i

ERO-TEX filter bags can handle most applications utilizing 2â&#x20AC;?-4â&#x20AC;? discharge hose.

Warehouse locations: Itasca IL Kaukauna WI Menomonee Falls WI Morton IL

Options: Made from MIRAFI FW-402 high-tenacity, monofilament polypropylene geotextile with double stitched seams, the fabric has an AOS of 40 US sieve and 145 gpm/ft2 water flow flow, ERO ERO-TEX TEX dewatering filter bags are strong and permeable. NOTE: High pumping rates and high sediment loads can cause the bag to burst.

Nekoosa WI ERO-TEX N94 W14330 Garwin Mace Drive Menomonee Falls WI 53051

866 437-6839

toll free

5 MACCAFERRI – SUBMAR – MANTA RAYS – DUCKBILLS AQUABARRIER

ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

Gabions & Reno Mattresses Environmental Solutions

CONFORM TO ASTM A975!

Gabions & Reno Mattresses are rectangular baskets made of heavily galvanized, double twisted, steel woven wire mesh. The single unit constructed baskets are assembled, laced together and then filled with stone to form a monolithic structure. Gabions and Reno mattresses are used for retaining walls, sound barriers, channel linings, slope stabilization, dams and weirs. They are particularly effective in restoring the environment and promoting vegetation growth. Our mesh is also used very successfully for rockfall protection and mechanically stabilized soil walls (Terramesh ). All the physical and mechanical properties of Maccaferri gabions and Reno mattresses meet or exceed the requirements of ASTM A975.

Main Features ENVIRONMENTAL FRIENDLINESS–Gabions and Reno mattresses are environmentally friendly products. The blending of gabion and Reno mattress structures into the environment is rapid and pleasing. The voids in the rockfill become progressively filled with silt, promoting vegetation growth which is essential to the preservation and maintenance of the ecological balance of the surrounding environment. FLEXIBILITY–The woven mesh system has the capability of withstanding unexpected and/or localized stresses due to ground settlements and scour by deflection while maintaining its structural integrity. PERMEABILITY–The stone fill allows the water to seep through the structure while retaining the soil, therefore no additional drainage is required to relieve the hydrostatic pressures. COST EFFECTIVE, EASY TO BUILD–Gabions and Reno mattresses construction does not require skilled labor because they are very easy to build. Standard construction equipment can be used. Structures can be built in stages, if necessary, and baskets can be prefilled and launched to enable the installation under water. Site assistance is available from any Maccaferri area office. Due to their pr oven success, Maccaferri pr oducts proven products e appr oved by many Federal, State and local are approved ar Authorities.

GABIONS* (8 X 10 MESH TYPE) Letter Code

Length

Width

RENO MATTRESSES* (6 X 8 MESH TYPE)

Height

No. of Cells

Capacity Cu. Yds.

Color Code

Letter Code

Length

Width

Thickness

2.0

Blue

No. of Cells

Area Capacity Sq. Yds. Cu. Yds.

Color Code

1.00

Whi/Yel

12'

1.33

Whi/Grn

3.0

White

12'

4.0

Black

1.50

Red/Yel

1.5'

1.0

Red

12'

2.00

Red/Grn

1.5'

1.5

Green

12'

12"

2.67

Brown

12'

1.5'

2.0

Yellow

0.66

Blu/Red

1.0

Blu/Yel

12'

1.33

Blu/Grn

4.5'

1.5

Brown

n n

All dimensions are nominal. Sizes and mechanical properties conform to ASTM A975. Available in zinc coated, Galfan coated, and zinc + PVC coated wire. Metric sizes are also available. Please inquire about special sizes.

Reno Mattress

lid diaphragm

height

Gabion

Wire zinc coating

height PVC coating length

wire length width

width

PVC COATED WIRE MESH–To extend the life span of a structure used in water, polluted or corrosive environments, gabions and Reno mattresses can be supplied with an additional grey and PVC (Polyvinyl Chloride) coating. MACCAFERRI, INC. has been manufacturing gabion products for over 100 years. In addition to these products, Maccaferri offers a wide range of other materials for the soil erosion control market such as polyester geogrids, woven and non-woven geotextiles and erosion control blankets. For all these products and their applications Maccaferri offers technical and design support, design software and jobsite assistance. Contact our nearest Maccaferri office for more information. The information presented in this report is illustrative general information for comparative estimating purposes only. Maccaferri, Inc. assumes no responsibility for either the design or actual cost of any structures resulting from the use of information in this report. Anyone relying upon or making use of this information does so at his own risk and assumes any and all liability or other consequences resulting therefrom.

visit us at our website: www.maccaferri-usa.com

FASTENING TOOLS...–The ultimate alternative to hand lacing! Consider the use of pneumatic or hand fastening tools instead of lacing wire to expedite your construction operations. The hand lacing time for assembly and installation operations can be reduced up to 50% with the use of our fastening system. The rings can be either heavily galvanized or stainless steel. The latter is for use with PVC coated gabions.

Fastening Tool

ERO-TEX N94 W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 email: info@ero-tex.net Website: www.ero-tex.net

MACCAFERRI, INC.

Environmental Solutions

West Coast: Headquarters: 3650 Seaport Boulevard 10303 Governor Lane Boulevard West Sacramento, CA 95691-3400 Williamsport, MD 21795-3116 tel: 916-371-5805 tel: 301-223-6910 e-mail: hdqtrs@maccaferri-usa.com fax: 916-371-0764 fax: 301-223-6134 website: www.maccaferri-usa.com  2001 Maccaferri Inc. Printed in USA

Update: September/99 Maccaferri Gabions, Inc. reserves the right to amend product specifications without notice and specifiers are requested to check as to the validity of the specifications they are using.

ENVIRONMENTAL SOLUTIONS ERO-TEX N94 W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 email: info@ero-tex.net Website: www.ero-tex.net

PRODUCT DESCRIPTION SHEET

Terramesh® System

TERRAMESH® SYSTEM

Fig. 1 1-1.5 ft

The Terramesh® System is an environmentally friendly modular system used for soil reinforcement applications such as mechanically stabilized earth walls and slopes (Fig. 1,3,4). Units are placed at horizontal layers during the filling and compaction of the structural embankment. The vertical spacing between reinforcements is determined by the design in order to provide the required shear strength for the soil embankment. Standard sizes of Terramesh® System are reported in Table 1. A Terramesh® System unit is made of a continuous double twisted wire mesh panel that forms the reinforcement, and the front and top of a gabion style facing section (Fig. 2). The back panel, ends, and diaphragm of the facing section are connected to the main unit during the manufacturing process. The facing section is a rectangular form filled with stone which provides strength and drainage to the structure. To promote vegetation, a vegetative pocket may be used as shown in Figure 1, Detail A.

1 2 3

DETAIL A H

1: Terramesh 2: Filter Fabric 3: Top soil 4: Vegetation

1.5 - 3.0 ft

B 1.5 - 3.0 ft

Fig.2

A = Diaphragm B = Main unit

The Terramesh® System is fabricated from a soft, tensile, heavily galvanized and PVC coated double twisted wire mesh. Terramesh® System structures have unique characteristics. They include: - Effective Hydraulics. Using stone fill permits a free draining system, which reduces potential hydraulic pressure effects. The Terramesh® System works well along stream banks and channels providing maximum protection against erosion. - Structurally sound. The wire mesh reinforcement is continuous along the reinforcement plane, the sloped facing and the top return section. This eliminates the risk of connection failures between the reinforcement and the facing section. In addition, the hexagonal pattern of the double-twisted wire mesh provides full interlocking with the soil and adds a non-ravelling effect that prevents any accidental damage from spreading. - Cost effective. Terramesh® System structures can be built with soil fill and rock available on-site, if adequate, requiring mini-

Tab. 1

Length (ft)

Width (ft)

Height (ft)

1.5 - 3

length +/- 5%

1.5 - 3

width +/- 5%

1.5 - 3

height +/-5%

Other non standard sizes are available upon request. Fig. 3

Fig. 4

Tolerance

Fig. 5

Fig. 6

Fig. 7

mal imported material. The modularity of the unit makes the construction time cost effective. - Environmentally friendly. Terramesh速 System structures can be naturally integrated with the surrounding environment by use of various bio-engineering techniques. The filtering capability of the rock fill, allows the soil, water, air, and plant life to interact naturally. Plant life can be incorporated into the design to enhance vegetation growth as shown in Detail A of Figure 1 and in Figure 7. For more information about Terramesh速 System, technical specifications and installation procedures, please refer to the Product Technical Data Sheet and the Product Installation Guide. Fig. 8

Maccaferri provides a computer software and technical support to assist in the design of Terramesh速 System structures. The MACSTARS program (Fig. 9) performs internal and external stability checks of the reinforced structure and provides a detailed calculation report, cross sections, and safety factors.

Fig. 9

ERO-TEX N94 W14330 GARWIN MACE DR. MENOMONEE FALLS, WI 53051 Toll free: 1-866-437-6839 email: info@ero-tex.net Website: www.ero-tex.net

ENVIRONMENTAL SOLUTIONS Website : www.maccaferri-usa.com

MACCAFERRI GABIONS INC. MACCAFERRI GABIONS INC. 10303 Governor Lane Blvd. 3650 Seaport Blvd. Williamsport - MD 21795-3116 - U.S.A. West Sacramento - CA 95691-3400 - U.S.A. Tel: (301) 223-6910 Fax: (301) 223-6134 Tel: (916) 371-5805 Fax: (916) 371-0764 Email : hdqtrs@maccaferri-usa.com

TREE SUPPORT THEFT DETERRENT MULTI-PURPOSE

• Instant Point of Anchoring • Prevents Unwanted Movement • Quick & Easy Installation • Saves Time & Money • Environmentally Sensitive

P U L L

Here’s how DUCKBILL® works. . .

Model 40 300 Lbs. Capacity In Normal Soils When you pull on the cable, the anchor locks into position. . .like a toggle bolt in the earth

Model 68 1,100 Lbs. Capacity In Normal Soils

Model 88 3,000 Lbs. Capacity In Normal Soils

As you pull harder, the anchor will compact the soil, increasing strength!

1. Drive DUCKBILL to desired depth DUCKBILL anchors are driven into the soil using a hammer and drive steel (a small jack hammer can also be used together with power drive steel). As the anchor is being driven, it is actually compacting the soil around the anchor head. Once the anchor is at the proper depth, the drive steel is removed.

Model 138 5,000 Lbs. Capacity In Normal Soils

The DUCKBILL® principle Saving time and labor, patented DUCKBILL anchors work like toggle bolts in soil. DUCKBILLS are driven into the ground (with no holes, no digging and no concrete), providing a safe and environmentally sensitive installation. An upward pull on the anchor tendon rotates the DUCKBILL into a perpendicular “load lock” position in undisturbed soil. The result? SUPERB HOLDING CAPACITIES! DUCKBILL anchor systems offer the most

2. Set the DUCKBILL in soil To set the anchor in normal soil, wrap the wire rope around the drive steel or insert rod through loop in wire rope and pull upward a distance approx. the length of the anchor body. Or, use the DUCKBILL Anchor Hook accessory. The upward pull on the wire rope rotates the anchor into a perpendicular load lock position in undisturbed soil.

DUCKBILL Anchor Hook

To set larger anchors, use the fulcrum (lever) principle, manual or hydraulic jack, winch or post puller.

effective, lightweight, economical solutions to any anchoring application, large or small.

The DUCKBILL anchor works like a toggle bolt when rotated in undisturbed soil.

DUCKBILL® MULTI PURPOSE & THEFT DETERRENT EARTH ANCHOR SYSTEMS Secure Any Object To Deter Theft And Prevent Unwanted Movement DUCKBILL® Earth Anchors are used worldwide to secure items that can be stolen, moved or blown down. Sizes are available for any application. One-man installation capabilities without the need for digging, expensive equipment or special skills saves time and labor. And DUCKBILLS are safer than conventional anchors because they leave no rigid rods or stakes above ground to cause injury. DUCKBILLS are designed with a length of galvanized wire rope or galvanized wire rope combined with proof coil chain long enough to allow enough movement for mowing or maintenance. DUCKBILLS are intended for light duty applications in normal soils and periodic condition inspections are recommended.

WIRE ROPE

CHAIN

Equipment

Parks & Recreation

For highly corrosive environments, DUCKBILL Anchors can be anodized, fabricated with stainless steel wire rope, plastic impregnated wire rope or other corrosion-resistant solutions.

DUCKBILLS SECURE . . . • • • • • • • • • • • • • •

Parks/Recreation Equipment Construction Equipment Antennas Scaffolding Playground Equipment Fences Airplanes Signs Mobile Homes Tents Towers Structures Vineyards and more!

Airplanes

Fences

Motorcycles

Sheds

“I would like to inform you as to how the Cleveland Metroparks System utilizes your DUCKBILL Anchors. They are attached to both ends of a picnic table, preventing park patrons from moving the tables from their designated area. The anchors have also eliminated vandalism problems we have experienced. In the five years we have been using the DUCKBILL system, it has virtually solved both these situations.” Metroparks Cleveland, Ohio USA

Swing Sets

Scaffolding

Duckbill® Tree Guy Systems

Tree Collar Wire Rope Clamp

The Advantages: • Easy, Safe Installations • More Trees Anchored per hour • Professional Appearance

Duckbill® Professional Tree Guy System

Turnbuckle Wire Rope

One kit guys one tree DUCKBILL Tree Support Systems are packaged pre-assembled with: • Anchors • Wire Rope • Turnbuckles • Tree Collars • Wire Rope Clamps No time wasted assembling various components. With DUCKBILL, everything is done for you. All kits are available with galvanized steel, clear or highly visible orange or white vinyl coated wire rope.

40 DTS Kit - up to 3” (75mm) diameter trees

68 DTS Kit - up to 6” (150mm) diameter trees

88 DTS Kit - up to 11” (275mm) diameter trees

Duckbill® Root Ball System Completely Underground Tree Support Systems NO UNSIGHTLY POLES OR STAKES! When guy systems are not possible or desirable, such as in playgrounds, parks, or where sidewalk plantings are required, use the root ball kit. It is specifically designed to hold the tree’s root ball firmly in place, with only the tree protruding above the ground.

ÀÀÀÀÀ ;;;;; @@@@@ ;;;;; @@@@@ ÀÀÀÀÀ ;;;;; @@@@@ ÀÀÀÀÀ ;;;;; @@@@@ ÀÀÀÀÀ ;;;;; @@@@@ ÀÀÀÀÀ

Fast, Easy Installation

Drive anchors in triangular pattern in bottom of hole until only D-rings remain exposed.

Pass tension strap thru D-ring in each anchor, and back to easy hand ratchet. Tighten and adjust tension strap for best fit. Retighten if necessary.

Easy hand ratchet

68 RBK Kit - up to 3” (75mm) diameter trees

88 RBK Kit - up to 6” (150mm) diameter trees

DRIVE STEEL FOR DUCKBILL® ANCHORS For Model 40 DS-40: 3/8" (9.7 mm) round 2' (0.6m) long steel hand drive steel with large striking head.

For Model 68 DS-68: 1/2" (12.7 mm) round 3' (0.9 m) long steel hand drive steel with large striking head. Power drive steel available (see below) DS-68-HD (Heavy Duty): 3/4" (19 mm) round 4' (1.2 m) long hand drive steel with large striking head.

For Model 88 DS-88: 3/4" (19 mm) round 4' (1.2 m) long hand drive steel with large striking head. Power drive steel available (see below)

For Model 138 Must be driven with power drive steel. (see below)

HOW TO SELECT POWER DRIVE STEEL Each DUCKBILL anchor has unique drive steel that is determined by the jack hammer and the anchor. Here is how to select the drive steel that is right for the particular anchor:

PDS 88 10

2. Then measure the hex size (D) across the flats of a shank that fits the hammer:

4. Call FORESIGHT PRODUCTS, LLC. with special shank sizes or if you need more information on how to determine what drive steel is needed for the particular application. Power drive steel for model 68/88 anchors is 4’ (1.2m) drive tip to under collar. Power drive steel for model 138 anchors is 5’ (1.6 m) drive tip to under collar.

68 88 138

PART NUMBER:

1. Determine the DUCKBILL Anchor you are going to install.

3. Measure the shank length (L) from the top of the hex to the to the collar:

“ANCHOR SIZE”

JACK HAMMER SHANK D L 7/8 X 3 1/4 7/8 X 4 1/4 1 X 4 1/4 1 1/8 X 6 1 1/4 X 6

“SHANK CODE” = = = = =

78 79 10 18 14

EXAMPLE: for Model 88 Anchor with 1" x 4 1/4" shank, drive steel is PDS8810

TREE SUPPORT SPECIFICATIONS Total System Guy Kits

STANDARD PAK

PAK WEIGHT

Model 40 DTS Kit up to 3” (75 mm) diameter trees

• Kit contains 3 Model 40 Duckbill Anchors with 12 feet (3.6 m) of cable attached to each anchor, 3 tree collars, and 3 1/16” (1.6mm) cable clamps - all pre-assembled. Each anchor holds 300# (135 kg) in normal soil.

12 units (4.6 kg)

10 lbs

Model 68 DTS Kit up to 6” (150 mm) diameter trees

• Kit contains 3 Model 68 Duckbill Anchors with 13 feet (4.0 m) of cable attached to each anchor with a turnbuckle mid-line, 3 tree collars, and 6 1/8” (3.2 mm) cable clamps - all pre-assembled. Each anchor holds 1,100# (500 kg) in normal soil.

6 units (11 kg)

24 lbs

Model 88 DTS Kit up to 11” (280 mm) diameter trees

• Kit contains 3 Model 88 Duckbill Anchors with 15 feed (4.5 m) of cable attached to each anchor with a turnbuckle mid-line, 3 tree collars, and 6 3/16” (4.8 mm) cable clamps - all pre-assembled. Each anchor holds 3,000# (1,360 kg) in normal soil.

4 units (13.5 kg)

30 lbs

Model 68 RBK Kit up to 3” (75 mm) diameter trees

• Kit contains 3 Model 68 Duckbill Anchors with D ring, tensioning strap with easy hand ratchet and complete installation instructions. 1,100# (500 kg) rated capacity per anchor.

6 units (6 kg)

13 lbs

Model 88 RBK Kit up to 6” (150 mm) diameter trees

• Kit contains 3 Model 88 Duckbill Anchors, 24 feet (7.2 m) of 3/16” (4.8 mm) tensioning cable, one ratchet tensioner, and complete installation instructions. 3,000# (1,360 kg) rated capacity per anchor.

6 units (14.5 kg)

32 lbs

Root Ball Fixing Kits

SECURITY/THEFT DETERRENT SPECIFICATIONS Wire Rope anti-theft anchors Prevent unwanted movement and impulse theft.

STANDARD PAK

PAK WEIGHT

Model 68-ATI

• Kit contains 1,100# (500 kg) capacity anchor cabled with 5 feet (1.5 m) of 3/16” (4.8 mm) galvanized wire rope.

12 units

10 lbs (4.6 kg)

Model 88-ATI

• Kit contains 3,000# (1,360 kg) capacity anchor cabled with 6 feet (1.8 m) 1/4” (6.4 mm) galvanized wire rope.

6 units

10 lbs (4.6 kg)

Chained theft-deterrent anchors For added security and that “HEAVY DUTY” anti-theft look. Model 68-ATC

• Kit contains 1,100# (500 kg) capacity anchor with 4 feet (1.2 m) of 1/4” (6.4 mm) proof coil chain attached to 1 foot (0.3 m) of wire rope.

12 units

41 lbs (18.6 kg)

Model 88-ATC

• Kit contains 3,000# (1,360 kg) capacity anchor with 4 feet (1.2 m) of 1/4” (6.4 mm) proof coil chain attached to 2 feet (0.6 m) of wire rope.

6 units

27 lbs (12.3 kg)

MULTI PURPOSE SPECIFICATIONS ANCHOR MODEL NUMBER

ANCHOR HOLDING POWER IN NORMAL SOIL

WIRE ROPE BREAKING STRENGTH

GALVANIZED WIRE ROPE

WIRE ROPE LENGTH

ANCHOR WEIGHT

STANDARD PAK AND WEIGHT BOX

Model 40-DB1

300 lbs (135 kg)

480 lbs (220 kg)

1/16 7 x 7 GAC (1.6 mm)

20 inches (0.51 m)

1 oz. (28 gm)

50/box 3.7 lbs. (1.7 kg)

Model 68-DB1

1,100 lbs (500 kg)

1,700 lbs (770 kg)

1/8” 7 x 7 GAC 3.2 mm)

2 1/2 feet (0.76 m)

4.5 oz. (128 gm)

24/box 7 lbs (3.2 kg)

Model 88-DB1

3,000 lbs (1,360 kg)

7,000 lbs (3,175 kg)

1/4” 7 x 19 GAC (6.4 mm)

3 1/2 feet (1.07 m)

14 oz. (397 gm)

12/box 11 lbs (5.0 kg)

Model 138-DB1

5,000 lbs (2,270 kg)

9,800 lbs (4,445 kg)

5/16” 7 x 19 GAC (7.9 mm)

5 feet (1.52 m)

2.5 lbs (1.1 kg)

12/box 32 lbs (14.5 kg)

*88 and 138 have a wear resistant thimble eye in top loop. Foresight Products can custom cable any of our anchors for your requirements.

ÂŽ

Available From:

World Headquarters 6430 East 49th Drive Commerce City, Colorado 80022 USA 800-325-5360 or 303-286-8955 FAX 303-287-3866

www.earthanchor.com email: sales@earthanchor.com

NOTE: All underground work requires proper safety and location procedures. Do not install an anchor until you know what is below the surface. It is imperative in all cases that all anchors are fully load locked before being put in service. Foresight Products, LLC. can custom engineer complete anchoring systems to meet all your specific requirements. U.S. Patent Nos. 4,044,513 4,096,673 4,802,317 and 5,031,370 and other international patents. Additional patents pending. ÂŠ Foresight Products, LLC. 2002 Form FSP/DBB 9/02

BOAT

RAMP INSTALLATIONS

BRIDGE CONSTRUCTION

ter-Inf

lated Dam

PIPELINE

INSTALLATION

CULVERT

INSTALLATION AND REPAIR

REPAIR

Pipe plugs

OTHER PROJECTS SHORELINE STABILIZATION

Concrete channel repair

Dredging project

Water park construction & repair

Weir installation

Schedule # GS-07F-0543N

ter-Inf

lated Dam

6 BURCHLAND XTS ROLLER – NORTH AMERICAN GREEN RAPID ROLLER - NSBB

ERO-TEX . N94 W14330 Garwin Mace Drive . Menomonee Falls, WI 53051 (262) 250-9945 . www.ero-tex.net . 866-437-6839 (Toll Free) . FAX: (262) 250-9950

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840l bs .( 381kg)

1, 260l bs .( 571kg)

1, 315l bs .( 596kg)

T M

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Rapid Roller RECP Installation Implement ®

Product Information

EROSION CONTROL Products • Guaranteed SOLUTIONS

Reduce RECP installation costs

by as much as 40% or MORE!

North American Green’s Rapid Roller is an innovative new tool designed to increase efficiency and reduce costs. Designed for use with a skidsteer loader, the Rapid Roller is a hydraulically-controlled boom that swings from side to side and pivots up and down for quick and easy unloading and unrolling of North American Green RECPs (Rolled Erosion Control Product) during installation. Available for use with 4 feet, 6.67 feet and 8 feet RECPs on 3-to-4 inch cores, the Rapid Roller requires only a 2-man team for operation: one to drive the loader, the other to ensure proper seam formation and staple the blanket to the ground. For use with the Rapid Roller, North American Green offers our Single and Double Net straw blankets (S75®/DS75™/S150®/DS150™) in standard roll sizes of 6.67 feet x 500 feet. Other blanket types and 4 feet and 8 feet wide rolls in extended lengths are also available on special order. Experience has shown that the Rapid Roller and a 5-man crew can install 2,500 square yards of material per hour, versus 1,000 square yards per hour by a 6-man crew without the advantage of the Rapid Roller. Such productivity can reduce installation costs by 40% or more. Call your North American Green distributor today and see how you can take advantage of this innovative and cost-saving tool.

The Rapid Roller makes loading and unloading large rolls of North American Green product from flatbed trucks easier and faster.

The Rapid Roller connects quickly and easily to any skidsteer loader. The Hydraulic Actuator allows the Stem to swing 180 degrees left or right, as well as angle 115 degrees up and 8 degrees down. The detachable Stem can be changed easily and is available in three different lengths. Rapid Roller’s Pivot Arm locks securely for ease of transportation and storage. The adjustable stop on Rapid Roller’s Pivot Arm allows for operation at below horizontal levels. Keeping the material perfectly positioned on the Stem is simple with Rapid Roller’s Roll Retaining Collar and Quick Pin.

APPLICATIONS INCLUDE:

Highways – Medians, shoulders, channel bottoms and side slopes Golf Courses – Fairways and roughs Residential, commercial and industrial developments

MODEL NUMBER

Landfills – Caps and side slopes Mine reclamation projects Pipeline right-of-ways, and more

DESCRIPTION

STEM WEIGHT

MAXIMUM RO L L W E I G H T

M O U N TA B L E RO L L W I D T H S

ECRR4

EC Rapid Roller assembly with 5 ft long, 2.375" dia. Stem

36 lbs (16.32 kg)

420 lbs (190.68 kg)

4 ft on 5 ft Stem

ECRR6

EC Rapid Roller assembly with 7.67 ft long, 2.375" dia. Stem

49 lbs (22.22 kg)

250 lbs (113.50 kg)

6.67 ft on 7.67 ft Stem

ECRR8

EC Rapid Roller assembly with 9 ft long, 3.5" dia. Stem

70 lbs (31.75 kg)

500 lbs (227 kg)

8 ft on 9 ft Stem

RRS4

Rapid Roller Replacement Stem - 5 ft long, 2.375" dia. Stem

RRS6

Rapid Roller Replacement Stem - 7.67 ft long, 2.375" dia. Stem

RRS8

Rapid Roller Replacement Stem - 9 ft long, 3.5" dia. Stem

HYDRAULIC ACTUATOR UNIT AND BASE PLATE SPECIFICATIONS Height w/o Stem

19" (483 mm)

Width w/o Stem

45.5" (1156 mm)

Length w/o Stem

68" (1727 mm)

Weight w/o Stem

530 lbs (240 kg)

Pivot Arm Swing

180°

Stem angle up/down

Note: Lift and tipping capacities must be based on the specifications of the individual skidsteer manufacturer and not the weight of the material roll or the capacity of the Rapid Roller. The Rapid Roller reduces the Rated Operating Capacity of a skidsteer by approximately 82%. Never exceed the Rated Operating Capacity of any skidsteer manufacturer.

115° up / 8° down

Distributed by: ERO-TEX N94W14330 GARWIN MACE DRIVE MENOMONEE FALLS, WI 53051 TOLL FREE: 1-866-437-6839

14649 Highway 41 North Evansville, IN 47725 USA Inside USA – 1-800-772-2040 Outside USA – 1-812-867-6632 www.nagreen.com

Email: info@ero-tex.net Website: www.ero-tex.net

N94 W14330 Garwin Mace Drive Menomonee Falls, WI 53051 262.250.9945 (Toll Free) 866.4ERO-TEX fax 262.250.9950

www.ero-tex.net

Functional Description Captures foliage, litter, sediment, phosphates, hydrocarbonsâ&#x20AC;Ś

Everything!

Turbulence deflectors prevent captured sediment from re-suspending. Hydrocarbons collect in front of skimmer and are absorbed by Storm Boom.

Hatch

Separating organic matter from the static water prevents bacterial buildup.

Hatch

Nutrient rich vegetation and litter are captured in filtration screen system. Sediment settles to the bottom. Boom

Deflector Sediment

Sediment

Skimmer Sediment

Bottom of concrete structure is only 4â&#x20AC;&#x2122; below the pipe.

Patented

Hatch

Nutrient pollutant load is not lost to static water and flushed out at the next storm event.

Hatch

Vegetation and litter is above the static water and dries out between storm events. With the organic pollutant load separated from the water, the system does not go septic.

Deflector Sediment

Sediment

Boom Skimmer Sediment

During servicing, the screen system hinges off to the side to give easy access to the sediment collected in the lower chambers.

Captured Debris To the right is a photo of the back page of a road atlas being held 10â&#x20AC;? underwater in a Nutrient Separating Baffle Box. After a couple of months with no rain, the water still has no smell and is clear. The sediment can be clearly seen on the bottom, and small fish and critters have established a happy and healthy ecosystem within the structure. If you are reluctant to touch the water in your stormwater filtration system because it is septic, then you have a problem because the next storm event will flush out your system into the environment. To the left is a view of 5790 pounds of sediment collected in a Nutrient Separating Baffle Box just 30 days after installation.

To the right is a view of foliage and litter collected within the screen system of a Nutrient Separating Baffle Box.

Sizing The Nutrient Separating Baffle Box Because the entire flow is always treated and head loss is so minimal, determining the appropriate size of Nutrient Separating Baffle Box for a project is more often an element of pipe size than flow rate. Model #

Inside Width

Inside Length

Standard Height *

Recommended Pipe Sizes

NSBB-2-4

2’

4’

5’

4” to 12”

NSBB-3-6

3’

6’

7’

8” to 18”

NSBB-4-8

4’

8’

7’

12” to 18”

NSBB-5-10

5’

10’

7’

12” to 30”

NSBB-6-12

6’

12’

7’

18” to 36”

NSBB-8-14

8’

14’

8’ 4”

36” to 54”

NSBB-10-14

10’

14’

8’ 4”

42” to 60”

NSBB-10-16

10’

16’

10’ 5”

48” to 72”

NSBB-12-20

12’

20’

11’

54” to 72”

Custom sizes are available.

*Height can vary as needed

Because water flow is not ducted off line for treatment, head loss is minimal and comparable to a large square catchbasin. Because of this, existing stormwater systems can be retrofitted with a Nutrient Separating Baffle Box, without compromising the original design specifications of the existing stormwater system. All structures are load rated for at least H-20. Standard wall construction of the structure is 6” thick steel re-enforced concrete. Concrete wall thickness can be more heavily reinforced and thicker upon request. A wide variety of manhole lids and hatches, and dampers to block off water flow during servicing, can be incorporated into the structure. Screen systems have stainless steel screens bolted into a heavy duty aluminum framework. The screen systems are hinged to give easy access to the lower chambers, and have a wide range of adjustments to accommodate unforeseen variables during installation.

Pre-assembly Of The Nutrient Separating Baffle Box

Turbulence deflectors are attached to the tops of the baffles with stainless steel bolts. Several bolts per deflector are required.

Four brackets, held in place with 4 stainless steel bolts each, secure the screen system to the baffles. The screen system includes a wide range of positional adjustment.

Setting The Structure

Step 1: Set lower half

The hole was dug starting at 10:00am. By 3:00pm the same day, the entire structure was set in place with most of the backfilling done. Step 3: Put sealant on joint

Because installation is so fast, the risk of washouts when retrofitting existing stormwater systems is dramatically reduced.

Step 2: Hook up pipes

Step 4: Set upper half

Ready to position inflow pipe and seal pipes with grout

Notice the custom pipe fitting on the inflow end. It is designed to accommodate two 18â&#x20AC;? RCP side by side. To block off the water flow of submerged or partially submerged pipes during servicing, internal damper systems are available.

A Suntree representative is always available to oversee installation to ensure a successful project.